| 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. |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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). – |
| 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 |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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 | |
| 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. |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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 | |
| 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. |
| 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 | |
| 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). |
| 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. |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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). – |
| 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. |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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. |
| 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). |
| 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. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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). – |
| 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. |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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. |
| 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). |
| 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. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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). – |
| 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. |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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. |
| 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 |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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. |
| 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 | |
| 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. |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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 | |
| Vasquez, Justin | Corrosion & Erosion Relates to 56% of Losses with Piping. Overcoming These Challenges While Increasi | The majority of corrosion occurs internally to pipes and equipment, giving little chance to be detected before becoming an environmental or occupational safety issue. To aggravate the situation, many plants are repurposing equipment or pushing equipment well beyond it’s original design intent. With new corrosion monitoring technology it is possible to monitor corrosion in real time, in many cases non-intrusively and without penetration of pipe or tank walls. This session will demonstrate solutions and strategies to monitor and manage corrosion without compromising safety or the environment. Please join this session to learn more. |
| 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. |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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 | |
| 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. |
| 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 EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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). – |
| 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. |
| 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. |
| Hashmonay, Ram | Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations | Appendix K protocol uses the Response Factor (RF) as a primary sensitivity specification for OGI camera for application LDAR surveys. The RF is not a measure of absolute response sensitivity of an OGI camera and therefore should not be presented as such across the protocol. Alternatively, we propose to test absolute response of a candidate OGI camera in a far simpler test and much more test protocol. This presentation will describe in detail why the RF specification is not suitable for appendix K. The RF is a relative sensitivity measure (relative to propane in this protocol), and it is a function of the absorption coefficient spectra of the target and reference compounds and of the bandpass filter spectral range (3.2-3.45 mm for most relevant cameras). It is not a function of the actual transmission values or detector sensitivity as expressed by noise equivalent temperature difference (NETD). Furthermore, in our calculations for several bandpass filters, all relevant compounds (Alkanes, Alkenes, BTEX) have a response factor of at least 0.25 at 10,000 ppm m for all known possible filters between 3.2 and 3.5 mm. Therefore, we believe that there is no point of measuring an easy-to-calculate constant of the target compound (Annex 1), and surely not repeating the measurement whenever the mixture changes. |
| 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. |
| 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. |
| 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. |
| Patten, Greg | Environmental Management Systems and Information Technology Solutions | "Description: |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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: |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| 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. |
| Berkowitz, David | EPA Method 325B; It’s Not Just for Refineries Anymore? | "Description: |
| 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. |
| Benning, Ruth | BWON Panel | Want to understand the emerging issues in the 30 year old BWON program? Want an opportunity to ask BWON questions to the leading experts in the field? Emerging Enforcement issues? What does the EPA look for in a BWON audit? This is the panel to attend. |
| Benning, Ruth | Frequently Missed BWON Streams | There are BWON streams common to nearly every refinery and chemical plant. Interstage coolers, compressor lube oil, flare knock-out pots, etc. For a complete list of streams frequently missed at chemical plants and refineries attend the class and hear Ruth Benning cover the details of waste streams covered by 40 CFR Part 61 Subpart FF. |
| Smith, Mark | How to Automate EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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. |
| Benning, Ruth | BWON Essentials | In this workshop, you will learn how to implement a BWON compliance program efficiently and cost-effectively. We realize that things change and people change – this training will help those who are just stepping into BWON roles or who have been in their roles for less than 5 years. |
| Smith, Mark | How to Automate EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR | · Real-time visual VOC Gas Leak Detection and quantification without the false negatives & positives associated with competing technology. · Our non-invasive tank monitoring is as accurate as guided wave radar and generates you carbon offsets by never opening the thief catch. · Our PPE Detection AI model automatically detects employees on-site to determine if they're wearing a hard hat as required. · Instantly detect compressor run status and prevent costly failures and downtime, keeping you on top of your machinery. · Using Visual AI, our 360° HD camera detects smoke & fire autonomously and notifies you when anything is out of line. · Our system detects liquid leaks instantly to prevent costly failures, before they become 7-figure disasters. · Visually verify that your ECD's are working correctly with our 360° HD optical camera to avoid fines. · Automatically record & log your pumper truck loadouts. Automatically comply with new load-out regulations & provide proof of emission events. · Instantly detect pop-off events and prevent costly failures and downtime using continuously learning AI Machine Models. · Eliminate your gate operators with virtual gate guard using Autonomous365's Visual AI system to detect vehicles. |
| 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. |
| 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. |
| 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. |
| 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. |
