| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| McCulloch, Ron | FTIR Stack Testing Concepts | The devil is in the details. Test methods are filled with details and ambiguities. This class is designed for stack testers, industry with stack testing oversight responsibilities, and agency personell. Based on EPA Method 320. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Rabbath, Lara | Best Practices for Developing Air Permit Applications | This presentation will assist in developing a clear and concise air permit application to shorten permit processing periods. Based on the knowledge from a former air regulator, who has processed PSD permit applications prepared by a variety of consulting firms, you will gain insight on common oversights and best practices to obtain operational flexibility. |
| White, Douglas | Artificial Intelligence Powered PEMS Is Hard To Beat | |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Pepin, Barry | TVA 2020 Training | |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| McCulloch, Ron | FTIR Stack Testing Concepts | The devil is in the details. Test methods are filled with details and ambiguities. This class is designed for stack testers, industry with stack testing oversight responsibilities, and agency personell. Based on EPA Method 320. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Hargrave, Robert | "That Report is B.S." Part 1 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Robert Hargrave for the telltale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing EPA approved FTIR analysis (i.e. RM 320 and ASTM d6348). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | Sustainability & ESG Workshop | We will walk you through specific case study with Triple Crown who will show you how to meet all of your ESG goals profitably. Case Study: Learn why hitting your environmental goals can generate more revenue and profit for your business. We will walk through a specific government-approved ProveZero framework for proving your emissions to all your stakeholders We will show you how this framework will work for S&P Methane Performance Certificates OGMP 2.0 Level ⅘ CO Regulation 22 EPA Methane Intensity Reporting Reporting to investors and financial partners |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| Rabbath, Lara | Best Practices for Developing Air Permit Applications | This presentation will assist in developing a clear and concise air permit application to shorten permit processing periods. Based on the knowledge from a former air regulator, who has processed PSD permit applications prepared by a variety of consulting firms, you will gain insight on common oversights and best practices to obtain operational flexibility. |
| White, Douglas | Artificial Intelligence Powered PEMS Is Hard To Beat | |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Yuchs, Steve | New Ambient Testing Strategies for HRVOC, OHAPs and Ethylene Oxide - Ethylene Oxide Detection Limits | "There are many ways to identify and quantify Ethylene Oxide (EO), Highly Reactive Volatile Organic Compounds (HRVOCs), and Hazardous Air Pollutants (OHAPs), oxygenated or otherwise. But what is the best approach for you? |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Barry, Kelly | mPACT2WO- AirCompliance for Terminals & Pipeline | Regulatory monitoring of Remote terminals and pipelines is inefficient with mostly time-consuming, routine monitoring and/or missed detections. Small leaks are even more difficult to find leading to public complaints. This presentation provides an overview of how these challenges are addressed with a solution unique to P&T assets of varying sizes, locations, operations criticality and compliance requirements. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Automated Valve Reliability - HSE Program Standards | Given the important role many automated valves have in reliably containing and manipulating process fluids flow where there are safety, environmental or efficiency implications, it is of critical importance to know that they are fit for purpose and capable of functioning correctly on demand. Furthermore, the control and automation of these operational valves must also have the best possible reliability to ensure zero in-service failures is achieved and maintained. For these reasons, big efforts are being put into developing guidelines, technical reports and recommended practices by a wide range of technical experts worldwide, from the manufacturing, services and operating communities to achieve these goals. This paper will highlight some of the ongoing work of the subject matter experts, technical standards committees and other collaborative working groups around the globe and what implications their work is likely to have on guiding the enhancement of automated valves reliability moving forward. An overview of the work on design for reliability and operational asset management for reliability models will focus delegates’ attention on what controls and practices they currently have in place in their own organizations for valve specification, selection and management and what they may want to additionally implement moving forward, from the latest international publications / thinking. New case studies from major oil and gas operating companies and the technical solutions they have deployed will be examined for effectiveness and compliance with the recommended best practices. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Pepin, Barry | TVA 2020 Training | |
| Bergeron Perdue, Stephanie | Navigating Environmental Justice in the Environmental Permitting Process | The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Densmore, Maris | What Will a Net-Zero Company Look Like? - Panel | A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure? |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Hargrave, Robert | "That Report is B.S." Part 1 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Robert Hargrave for the telltale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing EPA approved FTIR analysis (i.e. RM 320 and ASTM d6348). |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Rabbath, Lara | Best Practices for Developing Air Permit Applications | This presentation will assist in developing a clear and concise air permit application to shorten permit processing periods. Based on the knowledge from a former air regulator, who has processed PSD permit applications prepared by a variety of consulting firms, you will gain insight on common oversights and best practices to obtain operational flexibility. |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Densmore, Maris | What Will a Net-Zero Company Look Like? - Panel | A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure? |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Hargrave, Robert | "That Report is B.S." Part 1 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Robert Hargrave for the telltale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing EPA approved FTIR analysis (i.e. RM 320 and ASTM d6348). |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | Sustainability & ESG Workshop | We will walk you through specific case study with Triple Crown who will show you how to meet all of your ESG goals profitably. Case Study: Learn why hitting your environmental goals can generate more revenue and profit for your business. We will walk through a specific government-approved ProveZero framework for proving your emissions to all your stakeholders We will show you how this framework will work for S&P Methane Performance Certificates OGMP 2.0 Level ⅘ CO Regulation 22 EPA Methane Intensity Reporting Reporting to investors and financial partners |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Bergeron Perdue, Stephanie | Navigating Environmental Justice in the Environmental Permitting Process | The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Densmore, Maris | What Will a Net-Zero Company Look Like? - Panel | A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure? |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Hargrave, Robert | "That Report is B.S." Part 1 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Robert Hargrave for the telltale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing EPA approved FTIR analysis (i.e. RM 320 and ASTM d6348). |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | Sustainability & ESG Workshop | We will walk you through specific case study with Triple Crown who will show you how to meet all of your ESG goals profitably. Case Study: Learn why hitting your environmental goals can generate more revenue and profit for your business. We will walk through a specific government-approved ProveZero framework for proving your emissions to all your stakeholders We will show you how this framework will work for S&P Methane Performance Certificates OGMP 2.0 Level ⅘ CO Regulation 22 EPA Methane Intensity Reporting Reporting to investors and financial partners |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Bergeron Perdue, Stephanie | Navigating Environmental Justice in the Environmental Permitting Process | The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Densmore, Maris | What Will a Net-Zero Company Look Like? - Panel | A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure? |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| McCulloch, Ron | FTIR Stack Testing Concepts | The devil is in the details. Test methods are filled with details and ambiguities. This class is designed for stack testers, industry with stack testing oversight responsibilities, and agency personell. Based on EPA Method 320. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| Rabbath, Lara | Best Practices for Developing Air Permit Applications | This presentation will assist in developing a clear and concise air permit application to shorten permit processing periods. Based on the knowledge from a former air regulator, who has processed PSD permit applications prepared by a variety of consulting firms, you will gain insight on common oversights and best practices to obtain operational flexibility. |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Yuchs, Steve | New Ambient Testing Strategies for HRVOC, OHAPs and Ethylene Oxide - Ethylene Oxide Detection Limits | "There are many ways to identify and quantify Ethylene Oxide (EO), Highly Reactive Volatile Organic Compounds (HRVOCs), and Hazardous Air Pollutants (OHAPs), oxygenated or otherwise. But what is the best approach for you? |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Barry, Kelly | mPACT2WO- AirCompliance for Terminals & Pipeline | Regulatory monitoring of Remote terminals and pipelines is inefficient with mostly time-consuming, routine monitoring and/or missed detections. Small leaks are even more difficult to find leading to public complaints. This presentation provides an overview of how these challenges are addressed with a solution unique to P&T assets of varying sizes, locations, operations criticality and compliance requirements. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Bergeron Perdue, Stephanie | Navigating Environmental Justice in the Environmental Permitting Process | The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Densmore, Maris | What Will a Net-Zero Company Look Like? - Panel | A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure? |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| McCulloch, Ron | FTIR Stack Testing Concepts | The devil is in the details. Test methods are filled with details and ambiguities. This class is designed for stack testers, industry with stack testing oversight responsibilities, and agency personell. Based on EPA Method 320. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Hargrave, Robert | "That Report is B.S." Part 1 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Robert Hargrave for the telltale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing EPA approved FTIR analysis (i.e. RM 320 and ASTM d6348). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | Sustainability & ESG Workshop | We will walk you through specific case study with Triple Crown who will show you how to meet all of your ESG goals profitably. Case Study: Learn why hitting your environmental goals can generate more revenue and profit for your business. We will walk through a specific government-approved ProveZero framework for proving your emissions to all your stakeholders We will show you how this framework will work for S&P Methane Performance Certificates OGMP 2.0 Level ⅘ CO Regulation 22 EPA Methane Intensity Reporting Reporting to investors and financial partners |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| Nixon, Mark | Early Prediction of Flare - Big Data | A Data Analytics System able to predict 79% of the flare events. We present the successful application of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system installed. We use various data analysis tools, including principal component analysis, slow feature analysis, and wavelet transform, under a distributed process monitoring framework to achieve monitoring solutions. The application of hierarchically distributed monitoring framework using both time and frequency domain techniques is able to detect 11 out of 14 events before they actually occurred |
| Rabbath, Lara | Best Practices for Developing Air Permit Applications | This presentation will assist in developing a clear and concise air permit application to shorten permit processing periods. Based on the knowledge from a former air regulator, who has processed PSD permit applications prepared by a variety of consulting firms, you will gain insight on common oversights and best practices to obtain operational flexibility. |
| White, Douglas | Artificial Intelligence Powered PEMS Is Hard To Beat | |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Ferguson, Alexis | GHG Reporting DAS Lessons Learned | Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Yuchs, Steve | New Ambient Testing Strategies for HRVOC, OHAPs and Ethylene Oxide - Ethylene Oxide Detection Limits | "There are many ways to identify and quantify Ethylene Oxide (EO), Highly Reactive Volatile Organic Compounds (HRVOCs), and Hazardous Air Pollutants (OHAPs), oxygenated or otherwise. But what is the best approach for you? |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Barry, Kelly | mPACT2WO- AirCompliance for Terminals & Pipeline | Regulatory monitoring of Remote terminals and pipelines is inefficient with mostly time-consuming, routine monitoring and/or missed detections. Small leaks are even more difficult to find leading to public complaints. This presentation provides an overview of how these challenges are addressed with a solution unique to P&T assets of varying sizes, locations, operations criticality and compliance requirements. |
| Hendricks, Tanya | Quantified on Demand: The Data-Driven Difference | For oil and gas producers to reach their sustainability goals by 2050 or earlier, they must rely on accurate data to support net-zero frameworks and OGMP 2.0 objectives. New technology provides a range of solutions for the measurement, reporting and verification of emissions (MRV), yet it can still be challenging to derive a holistic view. What have we learned from measuring and quantifying emissions? How does a blended approach of technologies help overcome challenges by creating a “digital canopy” of integrated emissions data? |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Automated Valve Reliability - HSE Program Standards | Given the important role many automated valves have in reliably containing and manipulating process fluids flow where there are safety, environmental or efficiency implications, it is of critical importance to know that they are fit for purpose and capable of functioning correctly on demand. Furthermore, the control and automation of these operational valves must also have the best possible reliability to ensure zero in-service failures is achieved and maintained. For these reasons, big efforts are being put into developing guidelines, technical reports and recommended practices by a wide range of technical experts worldwide, from the manufacturing, services and operating communities to achieve these goals. This paper will highlight some of the ongoing work of the subject matter experts, technical standards committees and other collaborative working groups around the globe and what implications their work is likely to have on guiding the enhancement of automated valves reliability moving forward. An overview of the work on design for reliability and operational asset management for reliability models will focus delegates’ attention on what controls and practices they currently have in place in their own organizations for valve specification, selection and management and what they may want to additionally implement moving forward, from the latest international publications / thinking. New case studies from major oil and gas operating companies and the technical solutions they have deployed will be examined for effectiveness and compliance with the recommended best practices. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Pepin, Barry | TVA 2020 Training | |
| Whitley, Brian | LDAR Consent Decree Considerations (Version MMXXIV) | ="A consent decree is a legal document that outlines the terms and conditions of an agreement between two parties. It is a complex document that can be difficult to manage in a real-world setting. The accounting department, maintenance, environmental, and other departments may find it challenging to understand and comply with the thousands of words in the decree. |
| Whitley, Brian | What Moves The Needle With Consent Decrees; Prevention, Negotiation, Closure | ="LDAR Auditing and LDAR Consent Decree Considerations addressed from a practical perspective. What elements of a consent decree are difficult to manage in a real-world setting. A consent decree has thousands of words. Which words are going to be the biggest headache for the accounting department, maintenance, environmental, etc. ? If closing a consent decree is what is desired, how are the obstacles identified before the closing negotiation begins. Kiss it bye bye baby – Closure, Well the process may get sticky without the proper planning. The devil is in the details. LDAR Consent decree elements require an incredible attention to detail. Learn where and how to focus efforts for maximum results. |
| Whitley, Brian | BWON Program Land Mines and other Oddities | ="If you have a BWON Program, you may face problems that you are not even aware of. The new lens of the EPA has caused great grief recently. Unfortunately, the steps that most involved in recent inspections have taken are only digging a deeper hole and creating a bigger problem for them and subsequently you. |
| Bergeron Perdue, Stephanie | Navigating Environmental Justice in the Environmental Permitting Process | The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Gunn, Andrew | LDAR – Beyond Basics and Underneath the Rules | This half-day course is intended for corporate and facility environmental personnel responsible for ensuring compliance with applicable air quality regulations with respect to fugitive emissions and leak detection and repair (LDAR). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Pinter, Joshua | Keeping your LDAR Database Software Independent with CNTRAL, World-Class LDAR Software that is Inspe | We will be going over the importance of maintaining your own LDAR software that is independent of your service company as well as covering the high-level features of the CNTRAL Platform® to give you confidence in considering it as an alternative for your existing LDAR software solution. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| Massengale, Roy | Proposed OOOOb & EG OOOOC LDAR & Equipment Requirements: Updates & Changes | On November 11, 2022, The U.S. Environmental Protection Agency (EPA) proposed some additional steps in addressing the climate issue and protecting people’s health from harmful air pollution from new and existing sources.. EPA’s proposal will increase the regulatory burden for new, reconstructed and modified “sources” in the oil and natural gas industry. The EPA is also proposing Emission Guidelines, which would require states to develop plans that limit methane emissions from existing oil and natural gas sources. This is the first time the EPA would require regulation of hundreds of thousands of existing sources across the country. The changes to OOOOa, the proposed OOOOb apply to new, reconstructed and modified “sources”. EG OOOOc is an emission guideline that will provide clear guidance for the developing plans while also allowing states flexibility to develop their own approaches. The emission guidelines for existing sources mirror the “new source” standards which are based on Best System of Emission Reduction (BSER). This presentation will present the LDAR requirements and significant changes in a format that will compare and contrast upcoming the rule set. |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Automated Valve Reliability - HSE Program Standards | Given the important role many automated valves have in reliably containing and manipulating process fluids flow where there are safety, environmental or efficiency implications, it is of critical importance to know that they are fit for purpose and capable of functioning correctly on demand. Furthermore, the control and automation of these operational valves must also have the best possible reliability to ensure zero in-service failures is achieved and maintained. For these reasons, big efforts are being put into developing guidelines, technical reports and recommended practices by a wide range of technical experts worldwide, from the manufacturing, services and operating communities to achieve these goals. This paper will highlight some of the ongoing work of the subject matter experts, technical standards committees and other collaborative working groups around the globe and what implications their work is likely to have on guiding the enhancement of automated valves reliability moving forward. An overview of the work on design for reliability and operational asset management for reliability models will focus delegates’ attention on what controls and practices they currently have in place in their own organizations for valve specification, selection and management and what they may want to additionally implement moving forward, from the latest international publications / thinking. New case studies from major oil and gas operating companies and the technical solutions they have deployed will be examined for effectiveness and compliance with the recommended best practices. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Pepin, Barry | TVA 2020 Training | |
| Johnson, Jeremy | Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges | This presentation will cover the importance of conducting routine audits and pre-project planning of a Continuous Emission Monitoring System (CEMS) to understand common causes of audit failures and the risks associated with these failures. Jeremy will discuss the objectives of CEMS Certifications, types of certification & testing requirements, and performance specifications that define certification event methodologies and standards for the various monitoring systems. Jeremy will also touch on temporary CEMS setup and challenges. |
| McCulloch, Ron | FTIR Stack Testing Concepts | The devil is in the details. Test methods are filled with details and ambiguities. This class is designed for stack testers, industry with stack testing oversight responsibilities, and agency personell. Based on EPA Method 320. |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Bartley, Randy | "That Report is B.S." Part 0 | Compliance Report Reviews for 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ emission testing requirements that are "Below Satisfactory". Join BAIR SME Randy Bartley for the tell tale evidence left behind in stack test reports indicative of poor source performance, bad data collection, incorrect calibration procedures, wrong equipment used, etc., when utilizing traditional EPA approved Reference Methods for analysis (i.e. RM 3a, 7a and 10). |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Salzman, Amanda | ESG Reporting and EHS Compliance: The Benefits of a Centralized Information System | Developing information systems to satisfy EHS compliance requirements can be complicated and resource intensive. Additionally, as ESG stakeholder expectations for transparency and action continue to push companies to act, management’s ability to trust and efficiently manage data is essential. In this session we will explore the major efficiencies a company can gain by centralizing EHS and ESG data within one technology stack. We will also share how companies are managing data availability, quality, flexibility and scalability. Finally, we will offer tips to consider and avoid as you work to chart your course. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Chekshin, Nik | Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind | ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be. |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Smith, Mark | How to Automate Methane Intensity Reporting and Avoid Methane Taxes | The industry is transitioning from voluntary reporting to regulatory GHG/Methane Intensity reporting. For example, Colorado Regulation 22 is regulatory GHG intensity reporting. How to generate measured bottom-up emissions inventory that will comply with EPA, state, and global reporting requirements What technology you should use to automate compliance and operations How to prove your emissions so you can earn a premium from buyers |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| White, Douglas | Artificial Intelligence Powered PEMS Is Hard To Beat | |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Yuchs, Steve | New Ambient Testing Strategies for HRVOC, OHAPs and Ethylene Oxide - Ethylene Oxide Detection Limits | "There are many ways to identify and quantify Ethylene Oxide (EO), Highly Reactive Volatile Organic Compounds (HRVOCs), and Hazardous Air Pollutants (OHAPs), oxygenated or otherwise. But what is the best approach for you? |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| McGurk, Elizabeth | A Show of Transparency - Differentiated Natural Gas and the Application of Technology | The energy transition is here. While our increasingly climate-conscious world may initially appear as a threat to the oil and gas industry, in reality it provides a market opportunity on which the industry can capitalize. Disclosure of emission reduction initiatives and net zero intentions is becoming more and more common within the industry. However, declaring net zero goals is not enough to differentiate your product and maximize market share; emission reduction claims require action and evidence. Continuing with practices lacking transparency, which have often been the status quo, risks asset value. Measurement technology allows oil and gas companies to take an accurate snapshot of emissions and provides the opportunity to develop robust plans to reduce emissions from the most material sources and increase process efficiencies. By modifying operations and the approach to emissions measurement, the oil and gas industry can be a key player in the transition to a low-carbon economy. This also allows the industry to avoid the future risk of potentially stranded high methane intensity assets, therefore retaining the value of investments. |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Olstowsky, Franek | Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance | This is hands-on training for anyone who works with flare gas analyzers and compliance. Operation, calibration and maintenance for three different analyzers; a mass spectrometer, calorimeter, and sulfur analyzer; will be covered, with experts on-hand for each technology. Flare analysis requires the measurement of several vent gas parameters including heating value, total sulfur, and even individual components, depending on the process. The ideal solution set for any flare depends on matching analyzer capabilities and function to the regulations and making sure that flare compliance and control is simple and manageable, long term. Join us for a chance to learn, ask questions, and gain first-hand experience with three different technologies that, individually or combined, are used on the majority of RSR, EMACT, and MONMACT regulated flares. |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Mantel, Peter | Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions | The Oil and Gas industry lives a crucial time with regards to reconsidering their leak detection and repair programs (LDAR) to commit with new regulations. EPA has recently published a proposal to strengthen and expand the standards proposed in 2021 in which EPA proposes greater flexibility to use innovative advanced leak detection methods for periodic screening as an alternative to traditional OGI and EPA Method 21. In this talk, we will introduce an alternative advanced leak detection technology enabling more cost-effective emissions’ reduction. Ultrasound cameras instantly pinpoint gas leak locations by measuring their acoustic emissions from distances ranging from 1 ft to 330 ft. The Distran ultrasound camera, also available in an intrinsically safe version, quantifies in real-time the leak rates in scfh or L/h. Moreover, both the pictures and videos of leaks captured by the camera allow for a self-explanatory reporting of the findings, traceability and monitoring of asset condition in time. Distran ultrasound cameras are currently used in the Oil and Gas field. Some real-life cases will be presented, for instance: - to tackle emissions’ reduction, in upstream (offshore rigs, gas processing, etc.) and midstream (compressor, pressure reducing stations, etc.), - to detect leaks of other gas types, such as hydrogen, to increase safety standards and speed up commissioning phases in downstream. |
| Donnangelo, Marcio | Marathon Perroleum - Refining Instrumentation Insights | Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon? |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Metcalf, Jared | Appendix K Discussion Panel | An expert filled Appendix K Panel. Featuring Jared Metcalf, Craig O'neill, Derek Reese |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | Valve Condition and Performance Monitoring Best Practices Workshop | The digitalisation agenda continues to disrupt valve maintenance and management activities through the availability of an increasingly wide array of technologically advanced tools. In this period of rapid change, it is becoming increasingly important to understand what the benefits and potential limitations of these new tools are, so that good selection / adoption decisions can be made. Through the examination of case studies where Score Group’s best available valve condition and performance monitoring equipment and systems have been used, delegates will gain an appreciation of what some of the key considerations are, driven by the benefits that are available from the use of both proven and emerging technologies. |
| Anderson, Dave | I'm Weeping Over My Valve Conditions | When companies detect a fugitive emission on their asset, it usually gets added to a leak register for repair at the next convenient opportunity. Because so many "weeps" can exist at any one time, if the repair program is not efficient and weeps are not repaired in a timely manner, this not only costs the asset money and affects performance, it becomes a serious safety and environmental issue. If just one leak was to escalate and shut the plant down, this has a huge financial cost and knock on impact. The message - It can be avoided if we find and repair our weeps regularly. |
| Olstowsky, Franek | Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF) | Excimer UV Fluorescence (EUVF) technology is a type of analytical technique used to detect and quantify trace amounts of chemicals and pollutants in various samples such as air, water, and soil. The EUVF technology works by using a combination of ultraviolet light and a gas mixture containing a rare gas such as xenon and a halogen gas such as chlorine or fluorine. When the gas mixture is exposed to a high-energy electric discharge, it forms an excited state called an excimer. The excimer emits ultraviolet light at a specific wavelength, which is determined by the composition of the gas mixture. This ultraviolet light excites the molecules of the sample being analyzed, causing them to fluoresce or emit light at a longer wavelength. One of the advantages of EUVF technology is its sensitivity and selectivity. It can detect and measure trace amounts of chemicals and pollutants at parts-per-trillion (ppt) or parts-per-billion (ppb) levels, even in complex matrices such as air or water. Additionally, EUVF is a non-destructive technique and does not require any sample preparation, making it a fast and efficient analytical tool. The UV Fluorescence method is the most simple and practical low-level sulfur analytical technique. It has been widely used and proven over many years of use in industrial settings. This method involves injection of a sample into a high-temperature oxidation furnace, converting all hydrocarbons into water (H2O) and carbon dioxide (CO2). Total sulfur contained in molecular-bound hydrocarbon species is oxidized at temperatures in excess of 1000°C into sulfur dioxide (SO2) by the reaction: R-SH + O2 → SO2 + CO2 + HVO |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| Lucier, Ronald | OGI & Appendix K Training | Optical Gas Imaging will be standardized under the new Appendix K. Details, Details, Details !!! Dwell time, distance requirements, wind speeds, temperature differentials, image records, field of view, training requirements, - you get the picture (pun intended) - if a picture says a thousand words - an optical gas image says ???. Time to bone up on the details of what Appendix K is, may be, and everthing in between. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Conley, David | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Pinter, Joshua | Fugitive Emissions Software Users Group | Learn all about the latest and greatest in LDAR monitoring software. Details for experienced users to cover latest enhancements. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Yuchs, Steve | New Ambient Testing Strategies for HRVOC, OHAPs and Ethylene Oxide - Ethylene Oxide Detection Limits | "There are many ways to identify and quantify Ethylene Oxide (EO), Highly Reactive Volatile Organic Compounds (HRVOCs), and Hazardous Air Pollutants (OHAPs), oxygenated or otherwise. But what is the best approach for you? |
| Jackson, Tanya | LDAR AWP Panel | This panel will discuss innovative changes and approaches to LDAR programs, as well as challenges faced across the industry and best management practices to solve these challenges associated with Method 21 and AWP programs. |
| Taylor, Brian | The Evolving Regulatory Landscape of Alternative Monitoring | Alternative monitoring solutions are revolutionizing the way companies develop and implement Leak Detection and Repair Programs. A supportive regulatory landscape will allow companies to take full advantage of these technologies, which can reduce risks while allowing for leak detection and elimination at a much faster rate. With the evolving regulatory structure, we can pave the way for more effective detection technologies and create a decarbonized future. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| O'Neill, Craig | Advancement in Optical Gas Imaging Technology | As the global leader in Optical Gas Imaging solutions for many years, Teledyne FLIR has empowered oil and gas companies to use advanced technology, like OGI, for their LDAR programs to reduce emissions. With the help from our customers who know the most about what is needed in an OGI camera, Teledyne FLIR is excited to present on advancements in OGI technology We listened to our customers, we took notes on what the market wants and now we are taking action to advance our market-leading solutions. |
| Zhang, Qi | Air Dispersion Modeling Basics for Permitting | This training aims to provide some basics of air dispersion modeling procedures for air permit applications. Air dispersion modeling analysis is a key part to any Prevention of Significant Deterioration (PSD) permit application process to demonstrate a project is in compliance with the National Ambient Air Quality Standards (NAAQS), and the PSD increment requirements. Louisiana Department of Environmental Quality (LDEQ) currently does not require air dispersion modeling to be submitted with State Minor Permit Applications. On the other hand, the Texas Commission on Environmental Quality (TCEQ) does require air impact analysis with dispersion modeling for any minor or major New Source Review (NSR) permit applications. A dispersion modeling analysis starts with a significant impact analysis (SIA) to include all project-wide emission increases for all criteria pollutants. The presentation will cover the basics of setting up sources, buildings, property boundaries or fence lines and receptor grids, along with terrain processing and meteorological data parameters. Should impacts of any modeled pollutants are greater than the significant impact level (SIL), an area of impact (AOI) will be determined, and the analysis will move forward with a cumulative analysis, including nearby source impacts and background concentrations for the NAAQS analysis. PSD increment will also need to be addressed. A cause and contribution, also known as the culpability analysis, will follow if the cumulative analysis shows any exceedances to the NAAQS or PSD increment standards. As time allows, this training will also walk through the air toxics modeling requirements of the LDEQ and the health effects analysis procedures of the TCEQ. |
| Mantel, Peter | Acoustic Monitoring for Leaks | Conduct fast and reliable leak detection in your plant Ultra Pro is an ultrasound camera used by industry professionals and inspection specialists to pinpoint gas leaks of any type and partial discharges in Oil & Gas, Power Generation and Chemistry fields. Ultrasound imaging works for any type of gas: hydrogen, compressed air, methane, nitrogen, steam, and vacuum leaks. Ultra Pro detects gas leaks by the specific sounds they emit, using an integrated microphone array of 124 elements. Gas leaks can be detected meters away, without contact with the gas, and in unexpected locations. Inspection times are up to 10 times faster than with other techniques. Many physical processes, such as gas leaks, partial discharges or mechanical defects, create acoustic emissions (AE). Ultrasounds are often the first indication that an element is starting to fail, well before heat/infrared emissions (if any). In addition to locating the leak, Ultra Pro is able to estimate the flow escaping through a leak in liters per hour, based on the acoustic emission strength and the pressure difference at the leak. This allows the user to quickly assess the severity and the cost associated with the leak. Furthermore, the smallest detectable leak in the current environment is automatically displayed in real-time (patent pending). – |
| Merriman, Warren | Minimizing VOC Emissions During Tank De-Watering | |
| O'Neill, Craig | Continuous OGI with ADGiLE™ Solutions | Teledyne FLIR has been the leader in handheld Optical Gas Imaging (OGI) cameras for many years. As the industry looks to streamline inspections, stop emissions with earlier detection, and potentially meet future regulatory requirements, like the current U.S. EPA OOOOb/OOOOc regulation, there is a unique place in the market for a continuous OGI solution for methane detection. In this presentation, we will introduce a new way to autonomously detect methane emissions in the natural gas industry with continuous OGI solutions from FLIR leveraging our uncooled OGI technology, advanced analytics for detection and Video Management System used for many years by FLIR in the security industry. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Berkowitz, David | Ethylene Oxide Concerns and Low Level Measurement Challenges | "In December 2016, the USEPA significantly lowered the ethylene oxide (EtO) lifetime exposure concentration associated with 100 in a million cancer risk to 0.02 ug/m3. This prompted concerns about the levels present in residential areas near industrial sources of EtO as well as emissions rule making at the State level in an effort to protect public health. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Anderson, Dave | New Approach to Leak Monitoring and Management | Valve condition monitoring has evolved and the collection, management and application of performance data in new software applications is delivering significant advantages. Taking a consistent and reliable approach to valve surveying ensures operational risks such as safe operations and environmental stewardship, are optimally managed. Spin-off benefits such as loss reduction, efficiency gains and profit maximisation are also being achieved, but these benefits are only delivered when the correct action is taken, at the right time. One of the key components of any condition monitoring approach is knowing what the measurable and acceptable performance criteria are for valve leaks. Understanding Allowable Leak Rates is therefore critical to valve management. Case studies demonstrating measurable return on investment shall be presented to support the paper’s content. |
| De Carlo, Charles | Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal | This course will offer unique perspectives on flare flow composition measurement technologies from several prominent flare monitoring system providers |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| O'Neill, Craig | Quantification of Optical Gas Imaging (QOGI) | From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
| Arthur, Liz | Diversity, Equity & Inclusion Panel - Sustaining and Diversifying Your Talent Pipeline with the 4Cs | This cross-generational conversation will share best practices and insights from various companies and HSE professionals on how to use the 4Cs - collaborate, connect, contribute, and compliance - to attract, retain, and develop sustainable talent and careers. Each of our panelists will share insights, best practices, and lessons learned in their careers or their organizations that will help you build a successful HSE career and help others do so as well. Following our topics, attendees will have the opportunity to connect with one another and apply their learnings to contribute to mentoring or be mentored during a speed mentoring session followed by even more networking at the Women’s Energy Networking Happy Hour. |
