Flare Instrumentation & Analyzers

Metz, Paula
Continuous Emissions Monitoring Systems (CEMS) Part II
Room 410
Friday 8:00 AM
8:45 AM

Douglas White
How To Evaluate Sustainability Options
To reach greenhouse gas emission reduction targets, many state, regional and national governments have implemented or are considering implementing low carbon fuel and fuel efficiency standards. The oil refining and chemical industries are large contributors to worldwide greenhouse gas emissions and are subject to these standards. In response, most major refining and chemical companies have announced Scope 1 and 2 Sustainability and Net-Zero targets. Possible investments to meet these regulations include energy efficiency projects; carbon capture, utilization, and storage (CCUS); increased hydrogen fuel use; biofuel feedstocks and products; increased renewable based process electrification and others. Investment decisions on the selection of investments must be made in an uncertain business environment with substantial feedstock/ product price volatility and limited capital availability. Advanced software and advanced automation applications can help guide overall emission reduction investment decisions and support cost effective implementation of the recommended strategies. In this presentation we will review these applications and investment decisions aids and case studies of their use.
Room 410
Tuesday 1:45 PM
2:30 PM

Marcio Donnangelo
Marathon Perroleum - Refining Instrumentation Insights
Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon?
Room 410
Wednesday 1:45 PM
2:30 PM

Troy Boley
Flare Essentials Training Part 1
Spectrum is hosting a comprehensive 1-Day event for both newcomers and experienced professionals in the field of flaring. The workshop will delve into the Regulatory Overview of Modern Flare Requirements, covering topics such as Refinery, Ethylene, MON, and OLD "MACT" requirements. In addition, Spectrum's experts will be introducing Special Flare Topics including Consent Decrees, Emissions Reporting, Future Regulations, Oil & Gas, Methane related issues, Smoke Monitoring and Control, and more. With decades of experience in flare instrumentation and regulatory assessment, Spectrum's Flare Team is excited to share their knowledge with attendees. Don't miss this opportunity to learn from the best in the industry!
Room 406
Tuesday 8:00 AM
11:00 AM

Redlinger, Tom
Flare Test  in the Oil and Gas World
The newest oil and gas regulations have complicated and conflicting provisions regarding the stack testing components.  What to do?  When, How much and for How long?  Are there options in the regulations?  These questions and more are answered in this presentation.
Room 406
Tuesday 8:45 AM
9:29 AM

Yousheng Zeng
Video Imaging Spectral Radiometry as an Alternative Monitoring Method for the Refinery Sector Rule
The focus of instrumentation for flare monitoring has traditionally been on the feed side, neglecting feedback on actual flare performance. However, a new technology called Video Imaging Spectro-Radiometry (VISR) now allows for remote monitoring of flare performance and instant feedback to operators. This course will cover traditional flare feed side instrumentation, VISR technology, and the flare dashboard, providing operators with essential information to optimize flare performance day or night. Additionally, regulatory compliance topics such as flare monitoring requirements in the Refinery Sector Rule will be discussed.
Room 406
Tuesday 9:30 AM
10:14 AM

Herman Holm
Flares Essentials
Flares have found their way to the top of EPA's list of priorities - from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. The Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It's the right training at the right time to build a flares foundation for the future.
Room 406
Tuesday 10:45 AM
11:30 AM

Mark Nixon
Early Prediction of Flare - Big Data
Our presentation showcases a Data Analytics System that accurately predicts 79% of flare events. We demonstrate the effectiveness of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system. By utilizing tools such as principal component analysis, slow feature analysis, and wavelet transform within a distributed process monitoring framework, we have developed successful monitoring solutions. Our application of a hierarchically distributed monitoring framework, incorporating both time and frequency domain techniques, has enabled us to detect 11 out of 14 events before they occur.
Room 406
Tuesday 3:15 PM
3:59 PM

Mark Smith
Remote Monitoring & Management: How to Improve Safety by Reducing Call-Outs by 85%
This presentation will share a case study on improving safety performance with remote monitoring and management techniques that result in call-out reductions of 85%.
Room 406
Wednesday 8:00 AM
8:44 AM


Steam Flare Efficiency
0
Room 406
Wednesday 8:45 AM
9:29 AM

Jon Morris
Measured Methane Emissions from Flares and Their ESG Implication
The focus on methane emissions from flaring has increased in recent years due to corporate and regulatory interest. While only a small number of flares at petroleum refineries and ethylene plants have been monitored, the majority of flares have not been measured for their actual emissions. With advancements in technology, measuring and monitoring flare emissions is now feasible, practical, and cost-effective. This presentation will discuss findings from Providence's measurements of flare efficiencies, based on over a thousand individual flare measurements. The analysis includes a look at the distribution of flare efficiencies and the monetary value of quantified methane emissions, as well as the broader implications of measuring flare emissions from an ESG perspective.
Room 406
Wednesday 9:30 AM
10:14 AM

Brian, Cochren
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Room 406
Thursday 8:00 AM
8:44 AM

Herman Holm
Flare Special Topics
Spectrum is hosting a comprehensive 1-Day event for both newcomers and experienced professionals in the field of flaring. The workshop will delve into the Regulatory Overview of Modern Flare Requirements, covering topics such as Refinery, Ethylene, MON, and OLD "MACT" requirements. In addition, Spectrum's experts will be introducing Special Flare Topics including Consent Decrees, Emissions Reporting, Future Regulations, Oil & Gas, Methane related issues, Smoke Monitoring and Control, and more. With decades of experience in flare instrumentation and regulatory assessment, Spectrum's Flare Team is excited to share their knowledge with attendees. Don't miss this opportunity to learn from the best in the industry!
Room 406
Thursday 10:00 AM
5:00 PM

Jon Morris
Advanced Topics in Quantitative Optical Gas Imaging
The presentation will cover the increasing acceptance of Optical Gas Imaging (OGI) in the petroleum and petrochemical industries for safety and environmental purposes. It will discuss how the new NSPS OOOOa and BLM regulations now allow OGI as the primary Leak Detection and Repair (LDAR) technology. The presentation will also explore the new requirements for OGI inspections and the advancements in OGI technology, including the introduction of a Quantitative Optical Gas Imaging (QOGI) method for real-time leak rate measurements. Additionally, the course will review the basics of OGI and its connection to the new regulations, as well as the OGI requirements for a OOOOa compliant monitoring plan. Results from blind testing and comparisons to other quantitative methods will be shared, along with applications for QOGI in the oil and gas industry. The presentation will conclude with an overview of the latest developments in Optical Gas Imaging, focusing on its applications in the petroleum and petrochemical sectors.
Room 406
Thursday 11:00 AM
11:44 AM

De Carlo, Chuck
Flares for Experts: Flare Instrumentation and Analyzers
Led by Mike Hahn and Troy Boley, this presentation features insights on flow/composition measurement technologies and flare control techniques from industry leaders such as Spectrum, Vector Controls and Automation Group, Baker Hughes GE Oil and Gas, Extrel Core Mass Spectrometers, Environmental Systems Corporation, Emerson Process Management, and Airgas.
Room 406
Thursday 3:15 PM
3:59 PM

Yousheng Zeng
VISR Enabled Dashboard for Flare Operators
The presentation will focus on the lack of instrumentation for providing feedback to flare operators on flare performance, and introduce a new technology called Video Imaging Spectro-Radiometry (VISR) that can remotely monitor flare performance and provide instant feedback. The course will cover flare feed side instrumentation, VISR technology, flare dashboard, and relevant regulatory compliance topics.
Room 406
Friday 8:45 AM
9:29 AM

Olstowsky, Franek
Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF)
The presentation will cover the use of Excimer UV Fluorescence (EUVF) technology for detecting and quantifying trace amounts of chemicals and pollutants in various samples. EUVF technology utilizes ultraviolet light and a gas mixture to create an excited state called an excimer, which emits ultraviolet light to excite molecules in the sample, causing them to fluoresce. This technique is highly sensitive and selective, capable of detecting chemicals at parts-per-trillion or parts-per-billion levels without the need for sample preparation. EUVF is a non-destructive and efficient analytical tool that has been widely used in industrial settings for low-level sulfur analysis.
Room 406
Friday 11:00 AM
11:44 AM

Dustin Beebe
Flare System Control and Compliance
The presentation will cover the recent updates to environmental compliance for flare operations, specifically focusing on changes to 40 CFR §63.670/1. The main objective of the control algorithms for flare steam and supplemental gas is to ensure a destruction efficiency of 98% while also preventing visible emissions. The algorithms for process control (63.670) are distinct from those for compliance demonstration (63.671). To uphold the integrity of the flare's operation, the control algorithms utilize real-time data. Emerson has created solutions to effectively control these parameters and ensure compliance across various control system platforms.
Room 406
Friday 2:30 PM
3:14 PM

Charles De Carlo
Flare Gas Analyzers: Three Leading Technologies, Multiple Regulations- Hands-on Training for the Cal
This presentation will provide distinct viewpoints on technologies for measuring flare flow composition from various leading providers of flare monitoring systems.
Room 406
Friday 3:15 PM
3:59 PM

McKean, Thomas
OOOO Flare Rule Update
Come join the team of flare experts at Spectrum Environmental Solutions as we delve into the upcoming Oil & Gas regulations. We will be discussing the monitoring requirements needed for compliance, strategies for testing your flare to qualify for exemptions, and the implications of these rules on flaring activities nationwide.
Room 410
Tuesday 8:45 AM
9:29 AM

Robinson, Lillie
Ja, MACT CC, EMACT, and MON: FMP Instrumentation and Flare Systems Comparison
This presentation will analyze the instrumentation used in flare systems and the manufacturers involved, as well as examine the assist systems of EMACT and MON Flares. Spectrum's Flare team will showcase the technologies and manufacturers utilized, and compare older and more recent regulation requirements for Flare systems.
Room 410
Tuesday 9:30 AM
10:14 AM

Shawn Dolan
Opacity Monitoring with Virtual Technologies Digital Method 9 Equivalent
The presentation will take place from 9am until 1pm.
Room 410
Tuesday 10:15 AM
10:59 AM


Flare Essentials Training Part 2
Spectrum will be presenting a full 1-Day event and invites new attendees as well as seasoned flare experts to participate. Workshop to cover Regulatory Overview of Modern Flare Requirements (the Refinery, Ethylene, MON, OLD "MACT" requirements.) Spectrum's experts will be expanding the course this year to include Special Flare Topics – Consent Decrees, Emissions Reporting, Future Regulations, Oil & Gas and Methane related issues, Smoke Monitoring and Control, etc. Spectrum's Flare Team has decades of flare instrumentation and regulatory assessment experience. Come learn from the BEST!
Room 414
Tuesday 1:00 PM
5:00 PM

James Shinkle
Flares for Experts Class 2: Flare Flow Mass and Volume Measurement
Hosted by global subject matter experts, this presentation will feature insights on flow/composition measurement technologies and flare control techniques from leading flare monitoring system providers.
Room 414
Thursday 1:00 PM
5:00 PM

Holm, Herman
Flares Essentials: Flare Regulatory Compliance
Flares have found their way to the top of EPA’s list of priorities – from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. The Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It’s the right training at the right time to build a flares foundation for the future.
Room 406
Tuesday 10:15 AM
11:00 AM

Holm, Herman
Flares Essentials: Flare Regulatory Compliance
Flares have found their way to the top of EPA’s list of priorities – from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. The Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It’s the right training at the right time to build a flares foundation for the future.
Room 406
Tuesday 11:30 AM
12:15 PM

Holm, Herman
New Flare Requirements within the Ethylene, MON, and OLD MACTs
Regulations requiring improved monitoring and control of flares at petroleum refineries are starting to be passed along to other manufacturing sectors. In October 2019, the U.S. EPA proposed amendments to the Generic Maximum Achievable Control Technology Standards for Ethylene Production (EMACT). Among those amendments are new monitoring and operational requirements related to flares at ethylene production facilities. Also, in recent months, the U.S. EPA has published draft rules affecting organic liquid distribution (OLD) operations and portions of the chemical sector. These requirements are found in what are commonly referred to as the OLD MACT and Miscellaneous Organic NESHAP (MON). This presentation will summarize the new flare requirements and will draw heavily on the lessons learned from implementing the similar flare requirements in the refining sector.
Room 406
Wednesday 10:00 AM
10:45 AM

Yousheng Zeng
Actual vs. Presumed Methane Emissions from Flares, Providence Photonics
Methane emissions from flares have received a great deal of attention in recent years, both from corporate initiatives and regulatory rulemaking. With exception of a small fraction of flares at petroleum refineries and ethylene plants, the vast majority of flares, hundreds of thousands of them in the US alone, have not been measured or monitored for their actual emissions. The methane emissions from these flares are estimated based on estimated or measured flow rate and a presumed flare efficiency (typically 98%). With the advancement in flare measurement and monitoring technology, measuring or continuously monitoring flare emissions is becoming technically feasible, practical, and cost-effective. In this presentation, we will discuss the current trend in flare emissions measurement and compare the actual methane emissions vs. presumed methane emissions based on a large number of field measurements of flares. We will also compare the currently available methods to measure or monitor the actual methane emissions in terms of their practicality, cost, and regulatory impact.
Room 406
Thursday 9:30 AM
10:14 AM

Boley, Troy
Looking Down the Road: The Future of Ground Flares and AMELs
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Room 406
Thursday 3:30 PM
4:15 PM

Morris, Jon
•The Real Cost of Flare Emissions
Since the implementation of the 2015 refinery rule, certain industrial sectors have been required to continuously monitor the Combustion Zone Net Heating Value (NHVcz) of flares. The current instrumentation for monitoring NHVcz is complex, costly, and requires high maintenance and burdensome recordkeeping. A new remote technology has been developed to monitor flare NHVcz from distances ranging from 200 feet to over 1000 feet at a fraction of the cost of the current method. In November 2022, the U.S. EPA funded a test to assess the accuracy and precision of this new technology. The results demonstrated high accuracy and precision compared to the current regulatory method. This presentation will showcase the test results and explore potential applications for this innovative technology.
Room 410
Tuesday 11:00 AM
11:44 AM

Dustin Beebe
EPA Complaince Flare Control
Room 410
Tuesday 1:00 PM
1:44 PM

Robert Hargrave
"That Report is B.S." Part 1
Attend a presentation by BAIR SME Robert Hargrave on Compliance Report Reviews for emission testing requirements under 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ. Learn how to identify signs of poor source performance, incorrect calibration procedures, and other issues in stack test reports using EPA approved FTIR analysis such as RM 320 and ASTM d6348.
Room 410
Tuesday 2:30 PM
3:14 PM

Yousheng Zeng
Quantification of Optical Gas Imaging (QOGI)
From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology.
Room 410
Tuesday 1:45 PM
2:30 PM

Craig O'Neill
The Latest in Continuous OGI: Beyond Only Methane
Teledyne FLIR, a renowned provider of Optical Gas Imaging solutions, has been at the forefront of empowering oil and gas companies to utilize advanced technology such as OGI for their LDAR programs to minimize emissions. Drawing on valuable feedback from our customers, who are experts in OGI camera requirements, we are thrilled to showcase the latest advancements in OGI technology. By actively listening to our customers and responding to market demands, we are committed to enhancing our industry-leading solutions.
Room 410
Wednesday 8:00 AM
8:44 AM

Zeng, Yousheng
Quantification of Optical Gas Imaging (QOGI)
Contact Person: Jon Morris, Chief Technical Officer at Providence Photonics, located at 1201 Main Street, Baton Rouge, LA 70802. You can reach Jon Morris at +1-833-746-8664 or via email at JonMorris@providencephotonics.com.This workshop will explore advanced topics in quantitative optical gas imaging (QOGI). While optical gas imaging (OGI) has traditionally been used for qualitative purposes in Leak Detection and Repair (LDAR) programs, recent advancements have allowed for the measurement of emission rates, transforming OGI into a quantitative technology. The workshop will delve into the technical foundations of QOGI methods, present recent studies on their accuracy and applications, and compare them to other quantitative methods like US EPA Method 21 within the context of LDAR programs.Furthermore, the workshop will discuss OGI detection limits and their implications for LDAR programs and emission inventories. The Teledyne-FLIR QL320 QOGI product will also be showcased as a practical implementation of QOGI methods.
Room 410
Wednesday 8:45 AM
9:29 AM

Ram Hashmonay
Recent Advances in Multi Spectral Quantifying Optical Gas Imaging (QOGI) Technology
Room 410
Wednesday 9:30 AM
10:14 AM

Ram Hashmonay
OGI Camera Training Session 1
Room 410
Wednesday 10:15 AM
10:59 AM

Ram Hashmonay
OGI Camera Training Session 2
Room 410
Wednesday 11:00 AM
11:44 AM

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.
Room 410
Wednesday 1:00 PM
1:44 PM

Craig O'Neill
The Basics of Quantification of Optical Gas Imaging (QOGI)
Gain a fundamental understanding of quantitative optical gas imaging, or QOGI, in this session.  From the technical fundamentals to the results of QOGI solutions, this session will help understand this advanced feature in LDAR.
Room 410
Wednesday 1:45 PM
2:29 PM

Ram Hashmonay
Site Level Continuous Emission Monitoring Using Optical Gas Imaging
0
Room 410
Thursday 8:45 AM
9:29 AM

Craig O'Neill
How FLIR Camera Help LDAR Experts Meet US EPA Regulations
0
Room 410
Thursday 9:30 AM
10:14 AM

Ram Hashmonay
Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations
0
Room 410
Thursday 10:15 AM
10:59 AM

Craig O'Neill
Optical Gas Imaging and US Regulations
Over the past 15 years, Optical Gas Imaging (OGI) has transformed from an emerging technology to a widely accepted and cost-effective solution for fugitive emissions. OGI is now recognized as a Best System for Emissions Reduction (BSER) and has proven to be efficient in detecting leaks in hard-to-reach components, saving time and reducing expenses. The development of Quantitative Optical Gas Imaging (qOGI) has allowed for the quantification of leaks, while advancements in OGI detectors have enabled continuous, autonomous leak detection with alarming and recording capabilities. This presentation will delve into the evolution and advancements of OGI technology.
Room 410
Thursday 1:00 PM
1:44 PM

Franek Olstowski
Total Sulfur in Flare Gas: Fast, Linear, Online Analysis with Excimer UV Fluorescence (EUVF)
The presentation will cover the use of Excimer UV Fluorescence (EUVF) technology for detecting and quantifying trace amounts of chemicals and pollutants in various samples. EUVF technology utilizes ultraviolet light and a gas mixture to create an excited state called an excimer, which emits ultraviolet light to excite molecules in the sample, causing them to fluoresce. This technique is highly sensitive and selective, capable of detecting chemicals at parts-per-trillion or parts-per-billion levels without the need for sample preparation. EUVF is a non-destructive and efficient analytical tool that has been widely used in industrial settings for low-level sulfur analysis.
Room 406
Tuesday 8:00 AM
9:00 AM

Tom Watson
Meeting Flare Emissions Regulations with BTU Measurement
0
Room 406
Wednesday 10:15 AM
10:59 AM

Charles De Carlo
Flares for Experts Class: Flare Composition/BTU Measurement
This presentation will provide cutting-edge insights into the latest technologies for measuring flare flow composition from leading flare monitoring system providers.
Room 406
Wednesday 1:00 PM
1:44 PM

Gilad Shpitzer
Financial Impacts of Instrument Selection for Fenceline Monitoring at Terminals
Fenceline monitoring rules are currently impacting California and Colorado and are expected to be implemented in additional States. Monitoring fuel terminals’ emissions at the fenceline is becoming mandatory, leading to specific monitoring requirements. These requirements, beginning with Colorado Rule HB21-1189 and continuing with South Coast AQMD Rule 1180 add fenceline regulation to terminal facilities related to refineries. These rules specify a list of chemicals to be monitored, including BTEX, total alkanes, acrolein, aldehydes, and others. The regulator states in its financial impact statements that multiple instruments are required, resulting in an average capital expense of $1.5 - $3MM.  The Regulator assumes that both open path instruments, FTIR and UV DOAS instruments, along with the hydrogen sulfide (H2S) point monitor, are needed to meet the compound list detection requirements. However, Atmosfir Optics suggests that, besides the H2S, the required compounds can be measured with good open path FTIR, enhanced by a real-time spectral analysis algorithm. Choosing the appropriate FTIR, along with the spectral analysis algorithm can eliminate the need for integrating both the UV DOAS and FTIR. Implementing FTIR technology, alone, with the required point monitors can meet the Rules’ requirements, saving industry 40% of the expected cost. Each UV DOAS that can be eliminated will reduce the capital expense and installation costs by approximately $250 K, and results in a 30% reduction of ongoing operation and maintenance costs.  Attached are the 12 organic compounds and hydrogen sulfide required to be monitored with the required detection limits, comparison table of compounds measured with the different techniques at the California refineries, and the D-fenceline tables demonstrating measurement of all compounds below threshold utilizing a cost-saving, single technique.
Room 406
Wednesday 2:30 PM
3:14 PM

Charles De Carlo
Flare Gas Analyzers for NHV (or BTU) and Flare Control in and Midstream, EMACT, RSR, MON, HON
The new Quad O and HON updates include requirements to ensure that flares in the affected industries are meeting the destruction efficiencies required. Compliance with these new rules will follow a pattern established previously in the refinery and ethylene/chemical sector. This discussion will focus on the regulations and the gas analyzer technologies used to measure vent gas composition and BTU.
Room 406
Thursday 8:45 AM
9:29 AM

Franek Olstowski
Flare Compliance Gas Analyzers: Mass Spec, Calorimeter, Total Sulfur- Operation and Maintenance
This presentation offers hands-on training for individuals working with flare gas analyzers and compliance. Participants will learn about the operation, calibration, and maintenance of three different analyzers - a mass spectrometer, calorimeter, and sulfur analyzer. Experts will be available to provide guidance on each technology. Flare analysis involves measuring various vent gas parameters such as heating value and total sulfur, depending on the process. Matching analyzer capabilities to regulations is crucial for ensuring flare compliance and control in the long term. Attendees will have the opportunity to gain practical experience with these technologies, which are commonly used on regulated flares. Join us to learn, ask questions, and enhance your understanding of flare gas analysis.
Room 406
Thursday 2:30 PM
3:14 PM
#N/A
Andrew Gunn
LDAR – Beyond Basics and Underneath the Rules
This half-day course is designed for environmental personnel in corporate and facility settings who are responsible for ensuring compliance with air quality regulations related to fugitive emissions and leak detection and repair (LDAR).
Room 410




Optical Gas Imaging (OGI ) in Regulatory Framework Panel
The EPA finalized Appendix K in March 2024.  The Oil and Gas regulations for a determination for using Optical Gas Imaging cameras for leak detection.  This panel provides Appendix K guidance on the capabilities of the technology to meet the reporting requirements associated with its use.   Will Shutt (Coterra Energy), Craig O'Neill (FLIR), Ned Shappley (US EPA),
Room 410



Herman Holm
Flares for Experts Class 1: Flare Regulatory Compliance
The Flares for Experts covers the flare flow, flare concentration, turn-down ratio, steam and supplemental fuel gas issues, net heating value, hydrogen corrections, low-flow eddys, flare tip damage, flare inspections, flare recordkeeping, flare reporting, flare monitoring, CEMs, and about 100 other headaches typically not cured with aspirin.
Room 410



Peter Mantel
Ultrasound Cameras: a revolution in hydrogen and nitrogen remote leak detection, and driving afforda
In today's industrial landscape, stringent regulations mandate the meticulous monitoring of methane emissions, driving the imperative for advanced leak detection technologies. Simultaneously, since the industry is moving towards the use of greener gases such as Hydrogen or Nitrogen, the sector requires novel methods to detect potential leaks from these gases, to ensure safety and optimal maintenance practices in industrial facilities.   In this talk, we will introduce ultrasound cameras as a revolutionary technology that allows the detection of leaks of any gas type from a distance. 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, allowing our customers to classify leaks by their degree of danger, cost, or emissions volume. 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.   Through real life examples, inspection pictures, videos and clients testimonials, Distran will demonstrate the capacity of their ultrasound cameras for the following applications:  -Unique method for the remote detection of diatomic molecules to:   oEnsure personal and asset safety standards by pinpointing hydrogen leaks early on, with no contact, before they become a threat.   oSpeed up commissioning phases, and turnarounds through the visualization of air, and nitrogen leaks.  -To tackle methane emissions’ reduction in upstream and midstream. In this context, we will also show how Distran Ultra Pro complies with the latest standards for alternative LDAR technology introduced in the EPA’s final Methane Rule.
Room 414



Clayton Francis
Why Flares Fail (2 hours) presented by Clayton Francis
All flares which require replacement have an identifiable root cause of failure. By understanding the true mode of failure, engineering changes in design, construction, and operation could extend the life of future equipment. This course will review the five most common causes for flare failure and potential remedies for each. Inspecting flares while in operation, whether from grade or by drone, is critical to identifying and understanding failures that have manifest, so inspection techniques will be presented for ensure the most accurate evaluation of flare tip condition and assessment of applicable failure mechanism.
Room 414




Air Flare Design for OOOOB,C and 22 BTU/ft2 NHVdil Operation
New operation rules ensure proper combustion of flare gases in air-assisted flare by preventing over-aeration. Without changes to the mechanical configuration of existing blowers on air flares, compliance to the operation rule is largely achieved through added fuel flow for enriching the combustion zone. When an emphasis is made on mitigating fuel gas flow, it is necessary to design greater turndown to the air injection equipment. This course will discuss the basis for the 22 BTU/ft2 operation target, methods for maximizing turndown control for air injection, common issues with turndown design, and commercial implications of different designs.
Room 414



Sean Epps
A Methane Hunter's Compliance Checklist to Leak Detection and Quantification Equipment
Sean Epps, Business Development Manager of GHG Emissions Management Technologies, will cover how the SEMTECH HI-FLOW 2 meets the recent EPA, DOI, and carbon registry compliance requirements for direct measurement of methane emissions. Every methane emissions measurement specialist in the industry should attend this important session as each of these agencies' individual requirements are ultimately interwoven together. Additionally, this session will provide an update on the latest advancements in portable handheld (RMLD-CS TM) and mobile based leak detection technology (Discover OR TM) including our real-time tunable diode laser based active OGI camera to help supplement our traditional passive based OGI technology, the EyeCGas 2.0 Multi System Kit. For over 90 year's, Heath Consultants, Inc. has been a leader in the evolution of methane leak detection technologies and services in the natural gas industry.
Room 415A



Ned Shappley
EPA’s Approach for Alternative Methane Detection Technology in NSPS OOOOb.
In support of the U.S. Environmental Protection Agency’s (EPA) final rule for oil and natural gas operations, which recognizes and encourages innovation in methane detection technology, this presentation will focus on the pathway for the use of advanced methane detection technologies, like satellite monitoring, aerial surveys, and continuous monitors, to find leaks and super-emitter events.  During the presentation, EPA will give an overview of the   final rule’s requirements and a description the advanced methane detection technology program, including details on what needs to be submitted in an alternative test method request, the process for submitting applications, and   EPA’s review process.
Room 415A



Johnny Vermillion
Air Permitting Essentials
This 1 Day introductory course is designed to grow your knowledge of the fundamentals of air permitting, from the basic structure of relevant air regulations to the types of air emission sources you need to know. Examples of topics includes: General Air Introduction, Construction/Modification Options, Physical and Operational Changes, Upstream & Downstream Effects, Baseline Actual Emission Rates, Reasonably Available Control Technology (“RACT”), and Best Available Control Technology (“BACT”) to name a few.
Room 417A



Al Reich
An Air Permitting and Compliance Overview, with an Update on the Proposed NSPS Kc
This 4-hour beyond-the-basics course is geared towards environmental professionals with an air program focus on storage vessels. Those looking to learn more about air quality permitting and compliance for storage tanks will also benefit from the comprehensive topics covered during this session. Key topics will include:
 
- Regulatory Overview: An in-depth look at federal and selected state regulations for storage tanks, such as:
o An overview of the proposed 40 CFR 60 Subpart Kc (NSPS Kc),
o Current NSPS K/Ka/Kb series, and
o 40 CFR 63 Subparts BBBBBB, R, and WW. 
- Tank Design and Properties: A summary of tank properties critical for compliance demonstrations and emission calculations (e.g. rim seals, paint, etc.).
- Floating Roof Deck Fitting Types: An overview of deck fitting types and associated requirements.
- Operational Requirements: A review of tank operational requirements necessary for compliance with applicable regulations.
- Inspection and Monitoring: A discussion on inspection and monitoring requirements to ensure compliance with key regulations.
- Emission Calculation Methodology: A summary of the current storage tank emission calculation methodology published in Chapter 7.1 of US EPA AP-42, Fifth Edition, June 2020.
- Permitting and Compliance Challenges: Sharing insights into challenges and questions related to permitting and compliance for storage tanks.
 
Additionally, we will provide an overview of the Barr Tank Emission Calculation Spreadsheet (BTECS). BTECS applies the US EPA’s AP-42 Chapter 7.1, June 2020, methodology to calculate working, breathing, floating roof landing, and tank cleaning emissions from storage tanks to support our clients’ permitting and compliance needs.
 Room 417A



Kenneth Tramm
How are you doing? Benchmarking Leak and NORM Rates at Upstream Natural Gas Operations During Produc
Dr. Tramm will present the results from a review of gas well inspection data collected over a nine (9) year time period covering over 2,500 individual natural gas wells and over 8,000 pieces of ancillary equipment to give real-world benchmarks. This specifically included Quad Oa-consistent fugitive methane emission monitoring and elevated naturally-occurring radioactive material (NORM) screening within the North Texas Barnett Shale area. Results from 20 different operators within five (5) separate municipalities were included in the review. The goal was to provide not only a summary of findings for future reference, but to also create a simple benchmarking approach to allow evaluation of operator performance against their peers and at a given padsite over time. Implementation of an independent inspection program using improved tools and methods resulted in up to 75% decreases in the number of leaks by operators. The resulting Leak Rate and NORM Rate allow similar inspections completed at other padsites to quickly determine if operations suggest significant areas for improvement. A brief summary of the events and context leading up why these inspections matter and what municipalities are doing to prepare for redevelopment will be included.
Room 417A



Peter Roos
Emissions Reduction Made Simple
Gas Mapping LiDAR™ sensitively images, pinpoints, and quantifies your methane emissions from the air, helping teams prioritize and plan repair more efficiently and effectively.
Room 417B



Molly Reyes
Which EPA Alternative Test Method is Right for You?: Evaluating the Use of Advanced Methane Detectio
The Final Methane Rule, published in December 2023, provides pathways for using advanced methane detection technologies for fugitive emissions.  This presentation will review the prescribed requirements for conventional monitoring, periodic screening compliance and continuous monitoring compliance and provide opportunities and challenges for each alternative technology category.
Room 417B



David Fotouhi
Renewable Fuel Standard program developments
The Biden EPA is redefining the Clean Air Act’s Renewable Fuel Standard Program at a volatile time for the oil and gas refining and renewable fuels industries.  Join our presenter for an overview of key regulatory proposals and other actions taken by the Biden EPA to date and an analysis of where the Administration is heading over the next year.  The presentation will cover EPA’s approach to setting annual renewable fuel volumes, considering small refinery exemptions and waiver petitions, and reconsidering prior decisions that will directly affect the program. 
 


Molly Reyes
Using Intrinsically Safe CEMS to Mitigate Routine & Fugitive Emissions
Intrinsically safe CEMS enhances the impact of traditional fence line continuous monitoring.  This presentation will review a case study of production facility routine emissions monitoring and demonstrate the prescriptive requirements of the EPA’s alternative test method for continuous monitoring of fugitive emissions.

Metz, Paula
Continuous Emissions Monitoring Systems (CEMS) Part II
Room 410
Friday 8:00 AM
8:45 AM

Benjamin Chandler
Effective Risk Communication Strategies for the Environmental Health and Safety (EHS) Professional
"Catastrophic events involving hazardous chemicals such as pipeline releases, train derailments, tanker spills, and facility fires often result in a greater potential impacts to the environment, responding workers, and unsuspecting off-site receptors. The EHS Professional has a critical role in the communication of the potential risks to the affected parties. This presentation provides a strategic overview of effective risk communication for environmental and human health impacts, with a focus on the role as an EHS professional. An overview is provided of the latest trends, theories and concepts of risk communication for the EHS professional, and key challenges and good practices are identified."
Room 412
Tuesday 8:45 AM
9:30 AM

Dultra, Marcelo
PRV University - Emerson Experts Share Knowledge of Everything PRV
Our presentation showcases a Data Analytics System that accurately predicts 79% of flare events. We demonstrate the effectiveness of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system. By utilizing tools such as principal component analysis, slow feature analysis, and wavelet transform within a distributed process monitoring framework, we have developed successful monitoring solutions. Our application of a hierarchically distributed monitoring framework, incorporating both time and frequency domain techniques, has enabled us to detect 11 out of 14 events before they occur.
Room 412
Friday 8:45 AM
9:29 AM

Douglas White
How To Evaluate Sustainability Options
To reach greenhouse gas emission reduction targets, many state, regional and national governments have implemented or are considering implementing low carbon fuel and fuel efficiency standards. The oil refining and chemical industries are large contributors to worldwide greenhouse gas emissions and are subject to these standards. In response, most major refining and chemical companies have announced Scope 1 and 2 Sustainability and Net-Zero targets. Possible investments to meet these regulations include energy efficiency projects; carbon capture, utilization, and storage (CCUS); increased hydrogen fuel use; biofuel feedstocks and products; increased renewable based process electrification and others. Investment decisions on the selection of investments must be made in an uncertain business environment with substantial feedstock/ product price volatility and limited capital availability. Advanced software and advanced automation applications can help guide overall emission reduction investment decisions and support cost effective implementation of the recommended strategies. In this presentation we will review these applications and investment decisions aids and case studies of their use.
Room 410
Tuesday 1:45 PM
2:30 PM

Marcio Donnangelo
Marathon Perroleum - Refining Instrumentation Insights
Marathon Petroleum saw the X-Well as a new technology for creating Digital Transformation value across their fleet and determined a trial was in order. The goal was to test the reliability of a best-practiceWirelessHART installation to see just how well it performed as compared to traditional temperature measurements. Installations were made and tested in four different and challenging applications at one of their cold-weather refineries over a period of one year. With many critical temperature measurements often needing to be added to improve refinery efficiency, the X-Well’s ability to be installed with no process penetrations or thermowell, no field wiring, and no added analog input points at the DCS was attractive. Will the X-Well pass the test in the real word for Marathon?
Room 410
Wednesday 1:45 PM
2:30 PM

Dultra, Marcelo
PRV University - Emerson Experts Share Knowledge of Everything PRV
A Data Analytics System able to predict 79% of the flare events. We present the successful application of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system installed. We use various data analysis tools, including principal component analysis, slow feature analysis, and wavelet transform, under a distributed process monitoring framework to achieve monitoring solutions. The application of hierarchically distributed monitoring framework using both time and frequency domain techniques is able to detect 11 out of 14 events before they actually occurred
Room 412
Tuesday 8:00 AM
5:00 PM

Dultra, Marcelo
PRV University - Emerson Experts Share Knowledge of Everything PRV
A Data Analytics System able to predict 79% of the flare events. We present the successful application of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system installed. We use various data analysis tools, including principal component analysis, slow feature analysis, and wavelet transform, under a distributed process monitoring framework to achieve monitoring solutions. The application of hierarchically distributed monitoring framework using both time and frequency domain techniques is able to detect 11 out of 14 events before they actually occurred
Room 412
Tuesday 8:00 AM
5:00 PM

Dultra, Marcelo
PRV University - Emerson Experts Share Knowledge of Everything PRV
A Data Analytics System able to predict 79% of the flare events. We present the successful application of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system installed. We use various data analysis tools, including principal component analysis, slow feature analysis, and wavelet transform, under a distributed process monitoring framework to achieve monitoring solutions. The application of hierarchically distributed monitoring framework using both time and frequency domain techniques is able to detect 11 out of 14 events before they actually occurred
Room 412
Tuesday 8:45 AM
9:30 AM

Densmore, Maris
PROVE IT - Accountability & Audit for Net Zero Panel
Room 412
Tuesday 10:45 AM
11:30 AM

Probst, Steve
Not all Environmental, Social, and Governance (ESG) Spends Are Created Equal
Many companies have authorized money for Environmental, Social, and Governance (ESG). What is the best use of these funds? The answer lies in the priorities and goals of the organization. These priorities may address things such as criteria pollutant emissions reductions, hazardous air pollutants (HAPS), greenhouse gas emission reductions (CO2 equivalents), methane intensity, or energy intensity. Available technologies satisfy these criteria to varying degrees. Many of the technologies meet nearly all criteria and have a significant return on investment on par with internal goals. This presentation is a guide to which technologies should be prioritized from an ESG spend perspective. The refining industry alone has US$700M to US$1T in return from ESG friendly technologies.
Room 412
Tuesday 1:00 PM
1:45 PM

Lara Rabbath
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 at the Women’s Energy Networking Happy Hour.
Room 412
Tuesday 1:45 PM
2:30 PM

David Owen
Innovation in EH&S Compliance Inspections
Room 412
Wednesday 8:45 AM
9:30 AM

Marcio Donnangelo
Not all Environmental, Social, and Governance (ESG) Spends Are Created Equal
Many companies have authorized money for Environmental, Social, and Governance (ESG). What is the best use of these funds? The answer lies in the priorities and goals of the organization. These priorities may address things such as criteria pollutant emissions reductions, hazardous air pollutants (HAPS), greenhouse gas emission reductions (CO2 equivalents), methane intensity, or energy intensity. Available technologies satisfy these criteria to varying degrees. Many of the technologies meet nearly all criteria and have a significant return on investment on par with internal goals. This presentation is a guide to which technologies should be prioritized from an ESG spend perspective. The refining industry alone has US$700M to US$1T in return from ESG friendly technologies.
Room 412
Wednesday 9:30 AM
10:15 AM

David Owen
Using Technology to Eliminate White Space in EH&S Monitoring Programs
Room 412
Wednesday 9:30 AM
10:15 AM

Lara Rabbath
Decarbonization with Steam Methane Reforming for Blue Hydrogen Production
The primary method for blue hydrogen production is mainly from natural gas (methane), using steam methane reforming (SMR) and carbon capture for decarbonization. The hydrogen recovered from the SMR process is commonly used as a feedstock for oil refining, fertilizer, or chemical production. Learn more about the challenges and offered solutions associated with SMR.
Room 412
Wednesday 1:45 PM
2:30 PM

Justin Vasquez
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.
Room 412
Wednesday 3:15 PM
4:00 PM

Nik Chekshin
Energy Efficiency-The Ultimate Profitable Approach to Minimizing CO2 Emissions of Heat-Intensive Ind
ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions: By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM Indices answer the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be.
Room 412
Thursday 8:00 AM
8:45 AM

Stephanie Bergeron Perdue
Navigating Environmental Justice in the Environmental Permitting Process
The Biden Administration announced in January 2021 its Whole of Government approach which included making “environmental justice a part of the mission of every agency by directing federal agencies to develop programs, policies, and activities to address the disproportionate health, environmental, economic, and climate impacts on disadvantaged communities.” This presentation will 1) serve as a primer for distinguishing Title VI Civil Rights complaints versus environmental justice and 2) address the scope of actions taken since that time with a specific focus on recent environmental permitting guidance.
Room 412
Thursday 8:45 AM
9:30 AM

Densmore, Maris
What Will a Net-Zero Company Look Like? - Panel
A broad interview and discussion of the challenges and opportunities for reducing emissions, using offsets, and the reality of the timelines and potential costs involved in getting to a net zero future state. How much of the emissions reduction effort will come voluntarily vs the efforts that will likely only come from regulation or other outside pressure?
Room 412
Thursday 1:00 PM
1:45 PM

McKean, Thomas
OOOO Flare Rule Update
Come join the team of flare experts at Spectrum Environmental Solutions as we delve into the upcoming Oil & Gas regulations. We will be discussing the monitoring requirements needed for compliance, strategies for testing your flare to qualify for exemptions, and the implications of these rules on flaring activities nationwide.
Room 410
Tuesday 8:45 AM
9:29 AM

Robinson, Lillie
Ja, MACT CC, EMACT, and MON: FMP Instrumentation and Flare Systems Comparison
This presentation will analyze the instrumentation used in flare systems and the manufacturers involved, as well as examine the assist systems of EMACT and MON Flares. Spectrum's Flare team will showcase the technologies and manufacturers utilized, and compare older and more recent regulation requirements for Flare systems.
Room 410
Tuesday 9:30 AM
10:14 AM

Shawn Dolan
Opacity Monitoring with Virtual Technologies Digital Method 9 Equivalent
The presentation will take place from 9am until 1pm.
Room 410
Tuesday 10:15 AM
10:59 AM

Holm, Herman
Flares Essentials: Flare Regulatory Compliance
Flares have found their way to the top of EPA’s list of priorities – from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. The Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It’s the right training at the right time to build a flares foundation for the future.
Room 406
Tuesday 10:15 AM
11:00 AM

Holm, Herman
Flares Essentials: Flare Regulatory Compliance
Flares have found their way to the top of EPA’s list of priorities – from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. The Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It’s the right training at the right time to build a flares foundation for the future.
Room 406
Tuesday 11:30 AM
12:15 PM

Holm, Herman
New Flare Requirements within the Ethylene, MON, and OLD MACTs
Regulations requiring improved monitoring and control of flares at petroleum refineries are starting to be passed along to other manufacturing sectors. In October 2019, the U.S. EPA proposed amendments to the Generic Maximum Achievable Control Technology Standards for Ethylene Production (EMACT). Among those amendments are new monitoring and operational requirements related to flares at ethylene production facilities. Also, in recent months, the U.S. EPA has published draft rules affecting organic liquid distribution (OLD) operations and portions of the chemical sector. These requirements are found in what are commonly referred to as the OLD MACT and Miscellaneous Organic NESHAP (MON). This presentation will summarize the new flare requirements and will draw heavily on the lessons learned from implementing the similar flare requirements in the refining sector.
Room 406
Wednesday 10:00 AM
10:45 AM

Yousheng Zeng
Actual vs. Presumed Methane Emissions from Flares, Providence Photonics
Methane emissions from flares have received a great deal of attention in recent years, both from corporate initiatives and regulatory rulemaking. With exception of a small fraction of flares at petroleum refineries and ethylene plants, the vast majority of flares, hundreds of thousands of them in the US alone, have not been measured or monitored for their actual emissions. The methane emissions from these flares are estimated based on estimated or measured flow rate and a presumed flare efficiency (typically 98%). With the advancement in flare measurement and monitoring technology, measuring or continuously monitoring flare emissions is becoming technically feasible, practical, and cost-effective. In this presentation, we will discuss the current trend in flare emissions measurement and compare the actual methane emissions vs. presumed methane emissions based on a large number of field measurements of flares. We will also compare the currently available methods to measure or monitor the actual methane emissions in terms of their practicality, cost, and regulatory impact.
Room 406
Thursday 9:30 AM
10:14 AM

Boley, Troy
Looking Down the Road: The Future of Ground Flares and AMELs
Room 406
Thursday 3:30 PM
4:15 PM

Morris, Jon
•The Real Cost of Flare Emissions
Since the implementation of the 2015 refinery rule, certain industrial sectors have been required to continuously monitor the Combustion Zone Net Heating Value (NHVcz) of flares. The current instrumentation for monitoring NHVcz is complex, costly, and requires high maintenance and burdensome recordkeeping. A new remote technology has been developed to monitor flare NHVcz from distances ranging from 200 feet to over 1000 feet at a fraction of the cost of the current method. In November 2022, the U.S. EPA funded a test to assess the accuracy and precision of this new technology. The results demonstrated high accuracy and precision compared to the current regulatory method. This presentation will showcase the test results and explore potential applications for this innovative technology.
Room 410
Tuesday 11:00 AM
11:44 AM

Dustin Beebe
EPA Complaince Flare Control
Room 410
Tuesday 1:00 PM
1:44 PM

Robert Hargrave
"That Report is B.S." Part 1
Attend a presentation by BAIR SME Robert Hargrave on Compliance Report Reviews for emission testing requirements under 40 CFR Part 60 Subpart JJJJ and Part 63 Subpart ZZZZ. Learn how to identify signs of poor source performance, incorrect calibration procedures, and other issues in stack test reports using EPA approved FTIR analysis such as RM 320 and ASTM d6348.
Room 410
Tuesday 2:30 PM
3:14 PM

Alexis Ferguson
GHG Reporting DAS Lessons Learned
Lessons learned and considerations for automating GHG calculations. A look into potential pitfalls and options for calculation methodology.
Room 412
Tuesday 12:15 PM
1:00 PM

Flares for Experts: Flare Instrumentation and Analyzers
Moderated Troy Boley of Spectrum, this panel offers unique perspectives on flow/composition measurement technologies and flare control techniques from prominent flare monitoring system providers including:  Troy Boley – Vice President and Co-Founder, Spectrum Environmental Solutions, Chuck de Carlo - Industrial Project Manager,
Room 414
Thursday 3:15 PM
4:00 PM

Ethylene Oxide Fenceline Monitoring
Details of Ethylene Oxide Fenceline Monitoring and potential impacts for permitting based on the Effects Screening Levels and the ability to pass Health Effects Screening during the permitting process.
Room 415B
Tuesday 10:15 AM
11:00 AM

0
Optical Fenceline Monitoring, Ethylene Oxide, Chemical Plants, Refineries
Passive sorption tubes are no longer enough! The Governor of California signed AB-1647 into law on October 9, 2017, and the South Coast Air Quality Management District adopted Rule 1180 – Refinery Fenceline Monitoring on December 1, 2017. This rule required state-of-the-art open-path optical equipment to measure “ppb levels” of various air pollutants. This workshop will go further in depth regarding history of the technology of open-path FTIR and UV-DOAS, prior EPA testing, basic project considerations, layout and design considerations, data path management, and public reporting. The presentation will highlight Spectrum’s comprehensive turnkey program for PBF Energy in Torrance CA.  Ehtylene Oxide is an emerging contaminant. The value of open-path fenceline monitoring for ethylene oxide and other contaminants of concern will also be discussed.
Room 415B
Thursday 8:00 AM
8:45 AM

Brian Fowler
Continuous Emissions Monitoring Systems (CEMS) Fundamentals
The training session will cover the fundamentals of continuous emissions monitoring systems (CEMS) from the regulatory drivers requiring CEMS, to CEMS equipment, design, control, and reporting software. The class will discuss the various types of CEMS including fully extractive cold/dry, hot/wet, dilution extractive, and in-situ as well as hardware including probes, sample line, coolers, filters, analyzers, controllers, and data acquisition and handling systems (DAHS).  Perspectives will be provided by: M&C TechGroup North America Environmental Systems Corporation Alliance Source Testing  Topics Covered: CEMS, DAHS, probes, coolers, filters, analyzers, FTIR, TDL, opacity, mercury, particulate monitors
Room 417A
Wednesday 8:00 AM
8:45 AM

Flares Essentials
Flares have found their way to the top of EPA's list of priorities - from a National Enforcement Initiative to Consent Decrees, to NSPS Subpart Ja. HSE University's Flares Essentials course discusses the finer points of these regulations, walks you through the fundamentals of flaring, and uncovers opportunities for you to maximize your flare performance. It's the right training at the right time to build a flares foundation for the future.
0
Wednesday 8:00 AM
8:45 AM

Yousheng Zeng
Quantification of Optical Gas Imaging (QOGI)
From its inception nearly 15 years ago, Optical Gas Imaging (OGI) has steadily evolved from being classified as a little-known emerging technology to now being a well-understood and accepted fugitive emission solution. OGI has advanced beyond the classification of “alternative” regulatory technology to being widely accepted and regarded as one of the most cost-effective approaches for leak detection. OGI is even listed as a Best System for Emissions Reduction (BSER) in the 2016 NSPS OOOOa regulation. True cost-effectiveness has been shown in OGI’s ability to safely inspect difficult to monitor components, which have historically added to inspection man-hours and equipment expense, such as those required to build scaffolding or use personnel lift equipment. OGI has also been shown to reduce costs by allowing more components to be inspected in a shorter amount of time, effectively helping to find the larger (long-tail) leaks faster. Once known only as a qualitative leak detection technique, OGI can now quantify leaks via Quantitative Optical Gas Imaging (qOGI) analysis which further simplifies the visualization and measurement of gas emissions. Newer, lower-cost OGI detectors now allow for cost-effective continuous, autonomous leak detection complete with alarming and recording capabilities. Other advancements in OGI detectors have reduced power requirements which allow them to be used in UAV payloads where miles of pipe or other difficult to monitor components and equipment can be quickly and safely inspected. This paper will give more detail and insight into the progression and evolution of this exciting technology.
Room 410
Tuesday 1:45 PM
2:30 PM

Craig O'Neill
The Latest in Continuous OGI: Beyond Only Methane
Teledyne FLIR, a renowned provider of Optical Gas Imaging solutions, has been at the forefront of empowering oil and gas companies to utilize advanced technology such as OGI for their LDAR programs to minimize emissions. Drawing on valuable feedback from our customers, who are experts in OGI camera requirements, we are thrilled to showcase the latest advancements in OGI technology. By actively listening to our customers and responding to market demands, we are committed to enhancing our industry-leading solutions.
Room 410
Wednesday 8:00 AM
8:44 AM

Zeng, Yousheng
Quantification of Optical Gas Imaging (QOGI)
Contact Person: Jon Morris, Chief Technical Officer at Providence Photonics, located at 1201 Main Street, Baton Rouge, LA 70802. You can reach Jon Morris at +1-833-746-8664 or via email at JonMorris@providencephotonics.com.This workshop will explore advanced topics in quantitative optical gas imaging (QOGI). While optical gas imaging (OGI) has traditionally been used for qualitative purposes in Leak Detection and Repair (LDAR) programs, recent advancements have allowed for the measurement of emission rates, transforming OGI into a quantitative technology. The workshop will delve into the technical foundations of QOGI methods, present recent studies on their accuracy and applications, and compare them to other quantitative methods like US EPA Method 21 within the context of LDAR programs.Furthermore, the workshop will discuss OGI detection limits and their implications for LDAR programs and emission inventories. The Teledyne-FLIR QL320 QOGI product will also be showcased as a practical implementation of QOGI methods.
Room 410
Wednesday 8:45 AM
9:29 AM

Ram Hashmonay
Recent Advances in Multi Spectral Quantifying Optical Gas Imaging (QOGI) Technology
Room 410
Wednesday 9:30 AM
10:14 AM

Ram Hashmonay
OGI Camera Training Session 1
Room 410
Wednesday 10:15 AM
10:59 AM

Ram Hashmonay
OGI Camera Training Session 2
Room 410
Wednesday 11:00 AM
11:44 AM

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.
Room 410
Wednesday 1:00 PM
1:44 PM

Craig O'Neill
The Basics of Quantification of Optical Gas Imaging (QOGI)
Gain a fundamental understanding of quantitative optical gas imaging, or QOGI, in this session.  From the technical fundamentals to the results of QOGI solutions, this session will help understand this advanced feature in LDAR.
Room 410
Wednesday 1:45 PM
2:29 PM

Ram Hashmonay
Site Level Continuous Emission Monitoring Using Optical Gas Imaging
Room 410
Thursday 8:45 AM
9:29 AM

Craig O'Neill
How FLIR Camera Help LDAR Experts Meet US EPA Regulations
Room 410
Thursday 9:30 AM
10:14 AM

Ram Hashmonay
Critical Technological Review of Appendix K Protocol & OGI – Recent Innovations
Room 410
Thursday 10:15 AM
10:59 AM

Craig O'Neill
Optical Gas Imaging and US Regulations
Over the past 15 years, Optical Gas Imaging (OGI) has transformed from an emerging technology to a widely accepted and cost-effective solution for fugitive emissions. OGI is now recognized as a Best System for Emissions Reduction (BSER) and has proven to be efficient in detecting leaks in hard-to-reach components, saving time and reducing expenses. The development of Quantitative Optical Gas Imaging (qOGI) has allowed for the quantification of leaks, while advancements in OGI detectors have enabled continuous, autonomous leak detection with alarming and recording capabilities. This presentation will delve into the evolution and advancements of OGI technology.
Room 410
Thursday 1:00 PM
1:44 PM

0
PRV University - Emerson Experts Share Knowledge of Everything PRV
A Data Analytics System able to predict 79% of the flare events. We present the successful application of a hierarchically distributed monitoring approach for flare event prediction in a refinery with a flare gas recovery system installed. We use various data analysis tools, including principal component analysis, slow feature analysis, and wavelet transform, under a distributed process monitoring framework to achieve monitoring solutions. The application of hierarchically distributed monitoring framework using both time and frequency domain techniques is able to detect 11 out of 14 events before they actually occurred
Room 412
Tuesday 8:45 AM
9:30 AM
#N/A
Andrew Gunn
LDAR – Beyond Basics and Underneath the Rules
This half-day course is designed for environmental personnel in corporate and facility settings who are responsible for ensuring compliance with air quality regulations related to fugitive emissions and leak detection and repair (LDAR).
Room 410
Tuesday 8:00 AM
5:00 PM


Optical Gas Imaging (OGI ) in Regulatory Framework Panel
The EPA finalized Appendix K in March 2024.  The Oil and Gas regulations for a determination for using Optical Gas Imaging cameras for leak detection.  This panel provides Appendix K guidance on the capabilities of the technology to meet the reporting requirements associated with its use.   Will Shutt (Coterra Energy), Craig O'Neill (FLIR), Ned Shappley (US EPA),
Room 410



Herman Holm
Flares for Experts Class 1: Flare Regulatory Compliance
The Flares for Experts covers the flare flow, flare concentration, turn-down ratio, steam and supplemental fuel gas issues, net heating value, hydrogen corrections, low-flow eddys, flare tip damage, flare inspections, flare recordkeeping, flare reporting, flare monitoring, CEMs, and about 100 other headaches typically not cured with aspirin.
Room 410



Patrick, Clark
Elevating HON Compliance: Real-Time Fenceline Monitoring with Sensible EDP
The upcoming EPA's HON MACT rule mandates stringent fenceline monitoring for hundreds of chemical facilities. Further, failure to adequately monitor and control pollution can negatively impact a company's reputation, stakeholder relations, and Environmental, Social, and Governance (ESG) performance. Traditional methods risk non-compliance due to delayed responses and data overload. Leveraging Sensible EDP, Montrose streamlines real-time data acquisition, enhancing environmental performance, reputation, and ESG goals with comprehensive solutions and expert support. Montrose’s Sensible EDP software integrates with various fenceline monitoring technologies in real time, giving your organization the ability to monitor your environmental data within a single platform.
Room 412



George Perrett
Safely Improving Turnaround Productivity (2023 Edition)
In 2019, the number one concern across industry was the availability of skilled workers and its implications on productivity, profitability and of course, safety. At a leading industry conference 300 operational excellence and planning leaders committed to addressing solutions about the dwindling number of workers to support the petrochemical industry. Pandemic notwithstanding, industry today is facing unprecedented challenges getting work done. Workforce and safety professionals were tasked with researching other plants around the world to identify solutions of how their companies and the newer plants were safely improving productivity with fewer people. The presentation, Safely Improving Turnaround Productivity, shows several new technologies identified and are being tested and utilized by Gulf Coast refineries and chemical plants today. Case studies from area plants show the results and financial impact values of systems such as connected worker systems, artificial intelligence for compliance and dropped objects elimination, proximity badges and much more. Additionally, multiple vendors and suppliers contributed to the analysis to emphasize the technology and not a specific product provider. Refined over multiple presentations to companies and industry events in 2022, Safely Improving Turnaround Productivity ideas have been implemented in many of the region’s key refineries and petrochemical plants to great results. Solutions presented have increased the safety standards of contractors and plant personnel without increasing headcount. The dollar value of these productivity increases are being tabulated for the 2023 version of the presentation.
Room 412