0
Appendix K Discussion Panel
A panel of experts in Appendix K, featuring global LDAR subject matter experts. EPA participation planned.
Room 400
Wednesday 3:15 PM
3:59 PM

Michael Kupper
Appendix K Panel
Appendix K was introduced by the EPA in the November 2021 Oil and Natural Gas regulations as a determination on using an Optical Gas Imaging camera for leak detection and revised in November of 2022. From user operation to technical capabilities to training and reporting, there are many proposals, questions and even some concerns related to the proposal. This panel is here to help guide users through their knowledge of the applications where Appendix K is applied, technology capabilities, and reporting requirements.
Room 400
Wednesday 4:00 PM
4:45 PM

David Yakos
Three Pillars of Compliance - LDAR
The presentation will focus on Leak Detection and Repair (LDAR) compliance, with a particular emphasis on sealing technologies and Certified Low Leaking Technology (CLLT). The training will cover the history of LDAR, Method 21 (M21) techniques, reporting requirements, and the importance of proper repair methods. Various sealing solutions for different types of leaks, such as Packing, Gaskets, and Valves, will be discussed in detail. The training will also address Drill and Taps (D&T) for repairs, as well as advancements in technology that can help reduce emissions to zero. Attendees will gain a better understanding of available technologies and how to effectively communicate and set up successful LDAR programs.
Room 400
Tuesday 9:30 AM
10:14 AM

Johan Wictor
AMEL Panel
Continuous monitoring technologies such as Molex LDSN, Grand Perspectives Scanfeld, and Distran's acoustic monitoring offer round-the-clock visibility of emissions, enhancing situational awareness. These advanced technologies boast high spatial and temporal capabilities, allowing for constant monitoring of the entire facility. This panel will discuss the significant benefits and challenges of continuous monitoring vs. periodic monitoring.
Room 400
Tuesday 11:00 AM
11:00 AM

Peter Weaver
Satellite-Based Methane Monitoring using Cost-Effective Hyperspectral Analytics
Since the discovery of an atmospheric methane feature by satellite in 2012, the ability to routinely monitor methane emissions remotely has been a challenging but achievable goal. Today, advancements in technology and on-orbit capabilities have made it possible for private operators of all sizes to monitor their facilities for methane plumes from space in a cost-effective manner. Whether utilizing multispectral sensors or hyperspectral imagery, small satellite constellations can now cover the globe to observe methane emissions. Some sensors continuously scan while others are task-oriented, revisiting specific assets for clients at designated frequencies. This presentation will explore both approaches, with a focus on task-oriented hyperspectral imagery monitoring. This cutting-edge technology provides operators with valuable information to quickly identify and address potential emissions in near-real-time for optimized operational efficiency. Join us to learn how this once elusive capability has become commonplace in 2023.
Room 400
Tuesday 11:00 AM
11:44 AM

Brian Whitley
What Moves The Needle With Consent Decrees; Prevention, Negotiation, Closure
="LDAR Auditing and LDAR Consent Decree Considerations addressed from a practical perspective.  What elements of a consent decree are difficult to manage in a real-world setting.  A consent decree has thousands of words.  Which words are going to be the biggest headache for the accounting department, maintenance, environmental, etc. ?  If closing a consent decree is what is desired, how are the obstacles identified before the closing negotiation begins.  Kiss it bye bye baby – Closure,  Well the process may get sticky without the proper planning.  The devil is in the details.  LDAR Consent decree elements require an incredible attention to detail.  Learn where and how to focus efforts for maximum results."
Room 400
Tuesday 1:45 PM
2:29 PM

Mark Smith
How to Automate EPA Compliance and Avoid Methane Taxes Using Autonomous LDAR
Detect and quantify VOC gas leaks in real-time with unparalleled accuracy, eliminating false negatives and positives. Our non-invasive tank monitoring system rivals guided wave radar in accuracy and helps you earn carbon offsets by avoiding the need to open the thief catch. Our PPE Detection AI model identifies on-site employees wearing required hard hats.  Instantly identify compressor run status to prevent costly failures and downtime. Utilize Visual AI to autonomously detect smoke, fire, and liquid leaks, preventing disasters before they occur.  Verify ECD functionality with a 360° HD optical camera to avoid fines. Automatically record and log pumper truck loadouts to comply with regulations and provide proof of emission events. Detect pop-off events and prevent failures using continuously learning AI Machine Models. ·Replace gate operators with a virtual gate guard using Autonomous365's Visual AI system to detect vehicles.
Room 400
Tuesday 2:30 PM
3:14 PM

Wasielewski- , Matthew J.
Evolution of Fugitive Emission Test Standards and Emission Factor Correlation for Valves
The presentation will discuss how fugitive emission factors from the 1980s and 1990s were based on older valve technology, while newer API Standards have significantly reduced leak rates in valves. The presentation will explore the leak rates of modern valves compared to previous decades and future projections, and how this impacts the accuracy of emission calculations based on fugitive emission factors.
Room 400
Tuesday 3:15 PM
3:59 PM

Jackson, Tanya
Methane Monetization Panel
0
Room 400
Tuesday 4:00 PM
4:44 PM

Milton Heath
High Flow Samplers: the Ulimate Solution
The Gas Flow Meter is a portable, battery-powered device that is explosion-proof and used to measure the rate of gas leakage from a variety of sources such as pipe fittings, valves, compressor seals, and storage facilities. It is designed for use in trunk lines, compressor stations, and other areas where gas leakage may occur.
Room 400
Wednesday 8:00 AM
8:44 AM

Perry, Russ
Preparing for OOOOb from an Operators Perspective
A comprehensive look at OOOOb from an operator's point of view, covering all aspects from A to Z.
Room 400
Wednesday 8:45 AM
9:29 AM

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.
Room 400
Wednesday 9:30 AM
10:15 AM

Dave Anderson
Valve Condition and Performance Monitoring Best Practices Workshop
As the digitalisation agenda transforms valve maintenance and management practices with a variety of advanced tools, it is crucial to assess the benefits and limitations of these technologies for informed decision-making. By exploring real-life examples of Score Group's cutting-edge valve monitoring equipment, attendees will learn about the key factors to consider when selecting and implementing these innovative solutions in a rapidly evolving industry landscape.
Room 400
Wednesday 10:15 AM
10:59 AM

Sean Epps
GHG Emissions Management Through Bottom-Up Verification
There is another credible pathway for operators to Net Zero, taking a holistic "boots on the ground" approach to managing your fugitive and vented GHG emissions sources. This session will provide a tool kit overview of the technologies currently available to perform a bottom up verification and reconciliation of your Scope 1 GHG emission sources from portable stand-off laser-based gas detection (RMLD-CS), Optical Gas Imaging (EyeCGas), Quantitative Gas Imaging (EyeCSite), Method 21 (DP-IR+), Advanced Mobile Leak Detection (DISCOVER AMLD), and Advanced High Flow Sampling (SEMTECH HI-FLOW 2).
Room 400
Wednesday 1:00 PM
1:44 PM

Mccurdy, Scott
Improving LDAR Programs by Optimizating Asset Performance and Predictive Maintenance
This presentation will share LDAR best management practices to optimize asset up-time with predictive maintenance innovations.
Room 400
Wednesday 1:45 PM
2:29 PM

Dave Anderson
Automated Valve Reliability - HSE Program Standards
The presentation will discuss the importance of ensuring automated valves are reliable and fit for purpose in containing and manipulating process fluids. It will highlight the efforts of technical experts worldwide in developing guidelines and recommended practices to achieve zero in-service failures. This session will focus on ongoing work by subject matter experts and technical standards committees, as well as new case studies from major oil and gas companies. Attendees will learn about design for reliability and operational asset management models, and how to enhance automated valves reliability in their own organizations.
Room 400
Thursday 1:00 AM
1:44 AM

Peter Mantel
Ultrasound Cameras: Alternative Gas Leak Detection Tech Enables Cost-Effective Emissions Reductions
In today's industrial environment, strict regulations require precise monitoring of methane emissions, driving the need for advanced leak detection technologies. As the industry transitions to greener gases like Hydrogen and Nitrogen, new methods are needed to detect potential leaks from these gases for safety and maintenance in industrial facilities.This presentation will showcase ultrasound cameras as a groundbreaking technology for detecting gas leaks from a distance. These cameras can instantly identify leak locations by measuring acoustic emissions from distances of 1 ft to 330 ft. The Distran ultrasound camera, including an intrinsically safe version, can quantify leak rates in real-time and classify leaks based on their danger level, cost, or emissions volume. The camera's pictures and videos of leaks provide clear reporting, traceability, and asset condition monitoring over time.Through real-life examples, inspection images, videos, and client testimonials, Distran will demonstrate the capabilities of their ultrasound cameras for various applications. This includes remote detection of diatomic molecules to ensure safety standards by detecting hydrogen leaks early, speeding up commissioning phases, and reducing methane emissions in upstream and midstream operations. The presentation will also highlight how the Distran Ultra Pro aligns with the latest standards for alternative LDAR technology in the EPA's final Methane Rule.
Room 400
Thursday 3:15 AM
3:59 AM

Olivia Madamba
Continuous Monitoring of Trace Level HAPs by FTIR
Chemical processing plants and petroleum refineries face the challenge of monitoring hundreds of compounds that could potentially harm plant personnel and nearby residents. While traditional methods may be cost-effective, continuous monitoring is essential to quickly respond to chemical releases and protect the community.FTIR gas analyzers have been used for real-time measurement of air toxics for over 30 years, but recent advancements have improved their sensitivity and specificity. These innovations now allow FTIR to measure multiple air toxics simultaneously at trace levels, making it a valuable tool for workplace exposure monitoring.This presentation will discuss new analysis algorithms and methodologies that enable FTIR to achieve low ppb levels without cross-interferences. Data will be presented to demonstrate the quality assurance and performance of this technology.
Room 400
Thursday 8:00 AM
8:44 AM

Jason Cao
Gas Leak Detection - Acoustic Imager(ATEX)
0
Room 400
Wednesday 9:30 AM
10:14 AM


Gas Leak Detection - Fixed Acoustic Imager(ATEX) For Robot, Drone and 24/7 Monitoring
0
Room 400
Wednesday 2:30 PM
3:14 PM

Caitlan Capps
Continuous Monitoring: Benefits for all Stakeholders
The traditional approach to emissions reporting has focused on equipment inventories and activity factors, but the ultimate goal is to demonstrate significant reductions in actual emissions. Qube recognizes that it serves three distinct stakeholder groups with different priorities: LDAR techs and field ops prioritize operational efficiency, asset managers and emissions engineers focus on asset performance and production targets, and executives set strategic direction. Qube's main objective is to quickly detect emissions as they occur and provide information for prompt response. Continuous monitoring technology offers a cost-effective way to identify operational efficiencies and understand the relationship between equipment performance and emissions. As reporting frameworks like Veritas and OGMP2.0 gain prominence, there is an opportunity to incorporate continuous monitoring data for reconciliation. This presentation highlights how Qube and continuous monitoring can make a significant impact on emissions reduction while benefiting all stakeholders and helping them achieve their goals.
Room 400
Thursday 10:15 AM
10:59 AM

Ralph Whitten
Advantages of Close Proximity, Continuous Automated Methane Monitoring with Low-Cost Intrinsically S
NevadaNano will introduce MethaneTrackTM, a cost-effective product for Close Proximity Continuous Monitoring of fugitive methane emissions. This safe technology, utilizing the Molecular Property SpectrometerTM (MPSTM), eliminates the need for maintenance or calibration, resulting in low Total-Cost-of-Ownership monitoring. MethaneTrackTM offers rapid detection, leak location, and emissions quantification for both large and small emissions. The presentation will focus on the unique features of the MPS sensor and showcase MethaneTrack's performance in controlled leaks and early customer trials.
Room 400
Thursday 1:45 PM
2:29 PM

Tom Degler
Hang On! Performing LDAR/BWON monitoring using Rope Access can save you time and money?!
We kid you knot! Rope Access can be used to inspect Difficult-to-Monitor components. Using Rope Access for LDAR/BWON monitoring can save customers time and money, by increasing monitoring efficiency and reducing the need for costly scaffolding.
Room 415B
Tuesday 1:00 PM
1:45 PM


0
0
Room 400
Friday 10:15 AM
10:59 AM

Sophie Purser
Large Area Fugitive Emission Monitoring in All Conditions
0
Room 400
Friday 11:00 AM
11:44 AM

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.
Room 402
Tuesday 8:45 AM
9:30 AM

Peter Mantel
Acoustic Monitoring for Leaks
Utilize Ultra Pro ultrasound camera for efficient and accurate leak detection in industrial settings. This advanced tool is designed for professionals in Oil & Gas, Power Generation, and Chemistry industries to quickly pinpoint gas leaks and partial discharges. With its integrated microphone array and ability to detect various types of gases, Ultra Pro can identify leaks from a distance and in unexpected locations. Inspection times are significantly reduced compared to traditional methods, allowing for early detection of potential failures. Additionally, Ultra Pro can estimate the flow rate of escaping gas and display the smallest detectable leak in real-time.
Room 402
Tuesday 9:30 AM
10:14 AM

Rabbath, Lara
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 402
Tuesday 1:45 PM
2:30 PM

Jeff Leake
0
Exploring LDAR Auditing and LDAR Consent Decree Considerations from a practical viewpoint. Identifying challenges in managing certain elements of a consent decree in a real-world environment.
Room 402
Tuesday 2:30 PM
3:14 PM

Dave Anderson
Valve and PRV Contributions, Managing Emission Reduction Strategies
Discussing the effects of methane emissions on businesses, recognizing that companies must have a plan to control their emissions on their properties. This presentation will provide an overview of these strategies while emphasizing areas for enhancement. It will end with a positive message on the importance of implementing the most effective practices currently available.
Room 402
Wednesday 11:00 AM
11:44 AM

Elizabeth McGurk
A Show of Transparency - Differentiated Natural Gas and the Application of Technology
The energy transition is upon us, presenting both challenges and opportunities for the oil and gas industry. While the shift towards a more climate-conscious world may seem daunting, it actually offers a chance for the industry to thrive. Many companies are now disclosing their emission reduction efforts and net zero goals, but simply stating these intentions is not enough to stand out in the market. Action and evidence are needed to truly make a difference. By investing in measurement technology and implementing transparent practices, oil and gas companies can accurately track emissions, reduce their carbon footprint, and increase operational efficiency. This proactive approach not only positions the industry as a key player in the transition to a low-carbon economy, but also safeguards against the risk of devalued assets in the future.
Room 402
Wednesday 1:00 PM
1:44 PM

Yousheng Zeng
•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 402
Wednesday 1:45 PM
2:29 PM

Kupper, Michael
Appendix K Panel
EPA introduced Appendix K in the November 2021 Oil and Natural Gas regulations as a guideline for using Optical Gas Imaging cameras for leak detection. The appendix was revised in November 2022, sparking various proposals, questions, and concerns from users. This panel aims to provide guidance on the applications of Appendix K in 2024, the technical capabilities of the technology, and the reporting requirements associated with its use.
Room 402
Wednesday 3:15 PM
3:59 PM

Jackson, Tanya
LDAR AWP Panel
During this presentation, the panel will explore new strategies and advancements in LDAR programs, while also addressing common industry challenges and sharing effective management techniques for overcoming obstacles related to Method 21 and AWP programs.
Room 402
Thursday 4:00 AM
5:00 AM

Dave Anderson
I'm Weeping Over My Valve Conditions
When companies identify a fugitive emission on their asset, it is typically recorded in a leak register for future repair. However, with numerous potential leaks occurring simultaneously, it is crucial for repair programs to be efficient and timely in order to prevent financial losses, performance issues, and safety and environmental concerns. Neglecting to promptly address these "weeps" can result in significant costs and potential plant shutdowns. The key takeaway is that regular identification and repair of leaks can help prevent these costly consequences.
Room 402
Thursday 8:45 AM
9:29 AM

Kari Ward
Data Management Strategies for Alternative Methods (OOOOb) and State Requirements (OOOOc)
This presentation will discuss NSPS OOOOb, which aims to address fugitive methane emissions from existing oil and gas facilities. The focus will be on utilizing Optical Gas Imaging (OGI) and Audio, Visual, and Olfactory (AVO) technologies to monitor key infrastructure such as central production facilities, compressor stations, and single and small wells. The session will cover data management strategies for an integrated system, including methods for capturing inspection and leak data for different facility types, effective strategies for monitoring leak rates and identifying trends, and processes for identifying and reporting "super emitters" to ensure compliance with potential regulations.
Room 402
Thursday 10:00 AM
10:44 AM

Tanya Hendricks
Quantified on Demand: The Data-Driven Difference
In order to achieve their sustainability targets by 2050 or sooner, oil and gas producers need to utilize precise data to back up net-zero frameworks and OGMP 2.0 goals. While new technology offers various MRV solutions for emissions, obtaining a comprehensive perspective can still be difficult. What insights have we gained from measuring and quantifying emissions? How can a combination of technologies help address obstacles by establishing a unified "digital canopy" of integrated emissions data?
Room 402
Thursday 10:15 AM
10:59 AM

Brian Whitley
LDAR Consent Decree Considerations (Version MMXXIV)
A consent decree is a legal agreement between two parties that outlines terms and conditions, but managing it in the real world can be challenging. Different departments such as accounting, maintenance, and environmental may struggle to understand and comply with the complex document. To address these challenges, it is important to focus on specific relevant words for each department. For example, the accounting department should pay attention to financial terms, while the maintenance department should focus on repair and maintenance requirements. Before negotiating the closure of a consent decree, it is crucial to identify potential obstacles by reviewing the document thoroughly. Closing a consent decree can be a complicated process that requires careful planning and attention to detail. Understanding where to focus efforts is key to achieving successful results.
Room 402
Thursday 2:30 PM
3:14 PM

Rich Shannon
Environment Compliance and Quantitative OGI
In recent years, portable Optical Gas Imaging has increasingly gained ground in Leak detection and Repair as the Alternative Work Practices (LDAR AWP). The benefits of walking through an installation with a sensor equipped with OGI that specifically indicates the source of emission of the leak, compared to traditional methods (sniffers, soapy water, etc.), are indisputable. In addition to the simplicity of the technology, OGI LDAR is pointed to by the environmental regulators as one of the Best Available Techniques (BAT). Although the multiple solutions for OGI LDAR are well established, there are two key features where there is still much room for improvement: the handling of the OGI cameras during few hours of use, and the ability to quantify the leak rate. To this end, Artificial Intelligence (AI) powered OGI with cutting edge cooled MWIR detector overcomes the two main barriers of OGI LDAR. LeakFindIR is the first low SWaP cooled OGI with RedLook built-in AI analytics for leak rate quantification. The ultra-high sensitivity and miniaturized Detector-Dewar-Cooler Assembly (DDCA) integrates a cold filter to enhance the gas-background contrast enabling the detection of the smallest leaks according to the EPA OOOOa standard with a minimum delta of temperature. This new OGI LDAR paradigm simplifies notably field inspections and will save time in postprocessing and carbon footprint reporting.
Room 402
Thursday 3:15 PM
3:59 PM

Dave Anderson
Workshop on Best Practices in Valve Condition and Performance Monitoring
As the digitalisation agenda transforms valve maintenance and management practices with a variety of advanced tools, it is crucial to assess the benefits and limitations of these technologies for informed decision-making. By exploring real-life examples of Score Group's cutting-edge valve monitoring equipment, attendees will learn about the key factors to consider when selecting and implementing these innovative solutions in a rapidly evolving industry landscape.
Room 402
Friday 11:00 AM
11:44 AM

Roy Massengale
CO2LD(AR): Advancing Technology for Detecting CO2 Fugitive Equipment and ROW Leaks
0
Room 404
Thursday 3:15 PM
3:59 PM


What's Going On Up There? How To Control and Reduce Tank Vent Fugitive Emissions and Maintenance
Tank related emissions are a major driver in the BWON world.  If a tank vent fails the EPA may consider the emissions to be uncontrolled under 40 CFR Part 61 Subpart FF.   This interpretation is the subject of much discussion.  This presentation covers some of the possible fixes to the problem of being designed to be leak free.  Does a contact switch meet the definition of designed to be leak free?  The solution will at least reduce the time the tank is venting to the atmosphere in an uncontrolled manner.   Stormwater Tanks, Trans Mix Tanks, Slop Oil Tanks, and other tanks with low vapor pressure may contribute to ambient background concentrations of benzene and not be detectable with Method 21 unless the tank is being filled.
Room 408
Thursday 10:00 AM
10:45 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

0
Proposed Fenceline Monitoring in HON and Lessons Learned from RSR Implementation
On April 25, 2023, the United States Environmental Protection Agency (EPA) published proposed amendments to the New Source Performance Standards (NSPS) that apply to the Synthetic Organic Chemical Manufacturing Industry (SOCMI) and to the National Emissions Standards for Hazardous Air Pollutants (NESHAP) that apply to Hazardous Organic NESHAP (HON) and Group I and II Polymers and Resins Industries. These amendments will require fenceline monitoring similar to the December 2015 Refinery Sector Rule (RSR) MACT Subpart CC fenceline monitoring requirements. These amendments will require fenceline monitoring for six key air toxics (ethylene oxide (EtO), chloroprene, benzene, 1,3-butadiene, ethylene dichloride, and vinyl chloride) if facilities use, produce, store, or emit any of six key air toxics.   Trihydro has supported implementation of RSR fenceline monitoring requirements at 10 refineries and has provided data management and reporting support at over 50 refineries. Since publication of the Final RSR in December 2015, Trihydro has supported all aspects of the rule including pilot study preparation, sample station siting, compliance manual development, field data collection, laboratory coordination, software implementation, root cause analysis, and corrective action implementation. In this presentation we will review the proposed fenceline monitoring requirements for HON facilities, including applicability determination, sample station siting using EPA Method 325A for passive diffusion sampling, sample station siting for summa canister sampling, sampling requirements, root cause analysis process, and corrective actions. We will also share lessons learned from assisting refineries with implementation and support of their fenceline monitoring programs.
Room 416A
Wednesday 1:00 PM
1:45 PM

Barry Pepin
TVA 2020 Training
This training session will cover the following topics for the Thermo Scientific TVA2020 Toxic Vapor Analyzer:- Discovering applications and regulations for the TVA2020- Learning basic user maintenance procedures- Calibrating the instrument and understanding count importance- Understanding response factors- Exploring the benefits of dual detection- Transferring data from PC to instrument- Analyzing how different compounds affect detector measurements- Recognizing standard accessories included with the instrument- Navigating the menu structure and available options- Understanding hydrogen tank requirements and proper handling.
Room 417B
Tuesday 8:00 AM
8:44 AM

0
Harnessing robotics for autonomous inspection
The presentation will cover the key points and highlights of the project.
Room 417B
Tuesday 1:00 PM
1:44 PM

Shannon Broome
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.
Room 417B
Wednesday 3:15 PM
4:00 PM

0
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.
0
Tuesday 8:45 AM
9:30 AM

0
What Moves The Needle With Consent Decrees; Prevention, Negotiation, Closure
LDAR Auditing and LDAR Consent Decree Considerations addressed from a practical perspective. What elements of a consent decree are difficult to manage in a real-world setting. A consent decree has thousands of words. Which words are going to be the biggest headache for the accounting department, maintenance, environmental, etc. ? If closing a consent decree is what is desired, how are the obstacles identified before the closing negotiation begins. Kiss it bye bye baby – Closure, Well the process may get sticky without the proper planning. The devil is in the details. LDAR Consent decree elements require an incredible attention to detail. Learn where and how to focus efforts for maximum results.
0
Tuesday 1:00 PM
1:45 PM

0
What are the mass of emissions over the life of a valve built in 1940, 1990, 2005, 2025?
The fugitive emission factors created in the 1980s and 1990s were based on valves in service at the time. API Standards have produced valves with much lower leak rates over the last several decades. What are the leak rates for new valves today? How does this compare to the last decade and the next decade? What does this mean for the accuracy of emission calculations based on fugitive emission factors.
0
Wednesday 9:30 AM
10:15 AM

0
Proposed Fenceline Monitoring in HON and Lessons Learned from RSR Implementation
On April 25, 2023, the United States Environmental Protection Agency (EPA) published proposed amendments to the New Source Performance Standards (NSPS) that apply to the Synthetic Organic Chemical Manufacturing Industry (SOCMI) and to the National Emissions Standards for Hazardous Air Pollutants (NESHAP) that apply to Hazardous Organic NESHAP (HON) and Group I and II Polymers and Resins Industries. These amendments will require fenceline monitoring similar to the December 2015 Refinery Sector Rule (RSR) MACT Subpart CC fenceline monitoring requirements. These amendments will require fenceline monitoring for six key air toxics (ethylene oxide (EtO), chloroprene, benzene, 1,3-butadiene, ethylene dichloride, and vinyl chloride) if facilities use, produce, store, or emit any of six key air toxics.   Trihydro has supported implementation of RSR fenceline monitoring requirements at 10 refineries and has provided data management and reporting support at over 50 refineries. Since publication of the Final RSR in December 2015, Trihydro has supported all aspects of the rule including pilot study preparation, sample station siting, compliance manual development, field data collection, laboratory coordination, software implementation, root cause analysis, and corrective action implementation. In this presentation we will review the proposed fenceline monitoring requirements for HON facilities, including applicability determination, sample station siting using EPA Method 325A for passive diffusion sampling, sample station siting for summa canister sampling, sampling requirements, root cause analysis process, and corrective actions. We will also share lessons learned from assisting refineries with implementation and support of their fenceline monitoring programs.
0
Wednesday 1:00 PM
1:45 PM

David Stewart
Continuous Monitoring - A Path to Directed LDAR Inspection
0
Room 402



James Shinkle
Accurate Measurement of Storm Water Precipitation Using High Accuracy / Low Maintenance Scintillatio
Storm water management and similar environmental programs require accurate real-time measurement of precipitation (instantaneous rain rate and liquid water equivalent for snow.) Accurate measurement is important to being able to calculate the runoff of pollutants into waterways and municipal sewage treatment systems, among others. Planning and corrective measures can only become cost effective and helpful when the critical parameter - rain rate - is accurately known. Sadly, this is an area where virtually every group involved falls drastically short by selecting initially inexpensive mechanical measuring instruments that underperform and always wind up costing much more in the long run. Currently, the instrument of choice is the tipping bucket rain gauge. This device was invented in 1662. While it has served its purpose well up through the 1980’s, better technology is available today. Tipping bucket gauges and related mechanical gauges, such as the weighing rain gauge, have common severe limitations in both accuracy and reliability. These gauges suffer from mostly under-estimation errors due to sampling intervals, wind induced deformations, surface wetting, evaporation, splash issues, orifice clogging due to insects, droppings and wind-blown debris along with limited dynamic range. For freezing precipitation, either environmentally unfriendly antifreeze chemicals or large amounts of heat are needed to make any kind of measurement. Since the mid 1980’s, sensor technology has existed to very accurately measure rain and snowfall by means of opto-electronic precipitation-induced scintillation. This technology, available today from as the OWI-430 present weather and visibility sensor and APG-815 All Precipitation Gauge. This technology has none of the common errors of mechanical gauges, is much more accurate and needs virtually zero maintenance. OSI’s optical sensors have been used in a wide variety of applications - even on data buoys since 1997 the Tropical Rainfall Measuring Mission (TRMM) - a joint U.S.-Japan space project to measure rainfall over the Pacific ocean and thus supply the ground truth for calibrating space-borne sensors. The APG-815 lifetime operating cost figured over even a few years is actually more economical than any of the mechanical gauges. Come learn how to increase your measurement accuracy AND reduce your program costs!
Room 402



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mPACT2WO Customer Forum @4C - Operator-first use-cases Proving Operations Transformation
A detailed review including case studies with sensor information, fenceline monitoring applications, future enhancements in development, AMEL discussion, PSL discussion, repair times, and all the particulars of the most ground breaking technology in the last 50 years. Relevant attendees include refining, chemical, petrochemical, oil & gas and other industries with the aim of reducing long-term emissions in the most cost effective manner. Spend money on emissions reductions versus compliance headaches. No more missing tags, monitoring issues or hours and hours of P&ID and MOC reviews. Focus on fixing leaks rather than wondering around sniffing components with less than 2% leak rate. 98% inefficent work is a thing of the past.
Hilton Room 400



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mPACT2WO: Actual Emissions vs Compliance Emissions
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Hilton Room 416B



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mPACT2WO: Emissions Monitoring Strategy – Stewardship or Survival?
Emissions monitoring strategy can be approached as a stewardship or a survival program. Stewardship takes a proactive, holistic approach for sustainable, continuous improvement. Survival takes a reactive, piece-meal approach for short-term quick-fix remedy. This presentation explores how the two approaches lead to different trajectories of success and survival.
Hilton Room 415B



Phil Mahoney
PFAS, Fluoropolymers and Sealing Devices- What to Know
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Room 400



Peter Weaver
Using New Generation Satellite Platforms to Identify Product Releases and Assess Threats to Infrastr
The presentation will discuss how the rapid expansion of regulations is driving the development of new technology capabilities, particularly in the deployment of small satellites for tailored commercial solutions. With advanced imaging platforms like hyperspectral imaging (HSI), operators can now detect pipeline leaks, spills, and other threats from space, meeting stringent operational and management demands. The session will explore how satellite technology can enhance environmental compliance and ESG reporting, highlighting their essential role in asset stewardship practices.
Room 400



Aurelie Marcotte
Emerging Technology for Ethylene Oxide Monitoring
Ethylene oxide (EtO) is a common chemical used in chemical manufacturing and commercial sterilization processes. It has recently received a large degree of focus for federal, state, and municipal governments as well as industry and community groups with its increased potential cancer risk from long-term inhalation exposure to EtO. Lab quality, part-per-trillion measurements of EtO is needed to accurately identify areas of concern, understand background concentrations, and keep industrial workers safe.  This presentation will review Entanglement Technologies’ AROMA-ETO, which delivers in-field EtO detection limits in the low part-per-trillion range. This capability enables rapid surveys and assessments that are required by policy-makers and industrial operators to make time-sensitive decisions to reduce EtO-related health risks, including stopping leaks and releases before they can cause harm or non-compliance.  AROMA-ETO is the latest in a suite of instruments developed by Entanglement Technologies using thermal desorption cavity ringdown spectroscopy (TD-CRDS). The AROMA platform provides GC-MS quality data acquisition with the stability, functionality, and ease-of-use of CRDS systems. The platform is used for mobile monitoring, industrial EHS, fenceline monitoring, emergency response, fugitive emissions, among others.
Room 400



Laura Worthen-Lodes
Demystifying the Ever-Changing Oil and Gas Methane Rules
Confused by the intertwining of the final NSPS OOOOb/c rules, the proposed methane tax and Subpart W changes? Join me for a discussion on these regulations and how they overlap. On December 2, 2023, the U.S. Environmental Protection Agency (EPA) announced the final rulemaking regarding methane and volatile organic compounds (VOC) emissions from oil and natural gas industries.    The new final rules will cover:  40 CFR 60 Subpart OOOOb—Standards of Performance for Crude Oil and Natural Gas Facilities for which Construction, Modification or Reconstruction Commenced After December 6, 2022 (NSPS OOOOb)  40 CFR 60 Subpart OOOOc—Emissions Guidelines for Greenhouse Gas Emissions from Existing Crude Oil and Natural Gas Facilities (EG OOOOc)  40 CFR 98 Subpart W – Petroleum and Natural Gas Systems     The NSPS OOOOb rules will become effective after 60 days of publication in the Federal Register, which is expected in the 1st quarter of 2024. These rules are intended to reduce VOCs and methane emission from onshore oil and natural gas facilities constructed or modified after December 6, 2022. The emission guidelines under NSPS Subpart OOOOc are guidelines that states must implement in their state implementation plan (SIP) for existing oil and natural gas facilities. States will have 2 years to submit their plans to EPA. Existing facilities must comply within 3 years of EPA’s approval of the SIP.     EPA proposed changes to Subpart W of the mandatory reporting rule for greenhouse gases on July 6, 2023. These rules change the calculation methodology of several sources and increase the emission factors for sources starting in reporting year 2025.      On January 12, 2024, EPA released the proposed regulations to implement the Inflation Reduction Act’s Waste Emission Charge (WEC). The IRA specifies the amount and timing of the charge and certain exemptions, it directs the EPA to develop the rules implementing the WEC provisions. The 2024 reporting year will be the first year facilities are required to pay the fee; however, the comment period on the EPA implementation of the rule is open until March 26, 2024.
Room 400



Laura Worthen-Lodes
Methane Compliance on the NSPS OOOOb and OOOOc as well as the BLM Waste Prevention Rule
This session will address the proposed NSPS OOOOb, NSPS OOOOc and the BLM Waste Prevention Rules and how to approach these compliance hurdles. The EPA and BLM have both published recent proposed rules with many overlapping requirements. These recent rule changes will require additional data gathering, regulatory reporting, greenhouse gas emission reductions, and operational compliance requirements. This session summarizes the new rules, discusses the impact of the regulations, important dates operators should know, and suggests ways to ensure operators remain in compliance while continuing their operations.
Room 400



Gilad Shpitzer
Real-time Continuous Fenceline Monitoring
This revolutionary technology is installed along the fenceline. Its specially-designed patented algorithm calculates measured concentration and meteorological data in order to draw a clear picture of the pollutant magnitude and its origin. Dozens of compounds can be detected simultaneously, quantified and located by the system in an unprecedented detection limit with a backup of an automated real-time alerting mechanism, spectral validation and spatial analysis. The system is controlled through a secured and friendly user interface.
Room 400



Jared Metcalf
Appendix K Discussion Panel
A panel of experts in Appendix K, featuring global LDAR subject matter experts. EPA participation planned.
Room 400




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 400



Dave Anderson
New Approach to Leak Monitoring and Management
The presentation will showcase how advancements in valve condition monitoring software are providing significant advantages through the collection, management, and application of performance data. By implementing a consistent and reliable approach to valve surveying, operational risks such as safety and environmental concerns can be effectively managed. Additional benefits such as reduced losses, increased efficiency, and maximized profits can also be achieved with the right actions taken at the right time. Understanding Allowable Leak Rates is crucial for effective valve management, and case studies demonstrating measurable return on investment will be presented to support the information shared in the presentation.
Room 402



Peter Weaver
Satellite-Based Pipeline Monitoring, Including Compliance, using Tailored Hyperspectral Analytics
For many years, pipeline monitoring has relied on visual aerial patrols to meet federal regulations. However, the importance of monitoring pipelines has become more evident, leading to increased monitoring frequency and the use of new sensor technologies. State agencies and ESG reporting demands are also driving the need for more advanced monitoring practices. The emergence of satellite-based hyperspectral monitoring, combined with tailored analytics services, is revolutionizing pipeline monitoring. Operators can now achieve compliance objectives while meeting operational and management demands more effectively. Automated data collection from hyperspectral satellites allows for objective detection of leaks, spills, and threats to pipeline assets in near-real-time. This presentation will explore how these advancements in satellite technology are shaping the future of pipeline stewardship.
Room 402




Understanding How Various Leak Detection and Prevention Programs Work Together
For over four decades, Leak Detection and Repair (LDAR) has relied on EPA Method 21 for regulation and assessment. However, with a plethora of leak detection and mitigation technologies now available, determining the most effective approach can be daunting. In this presentation, we explore the optimal strategies for LDAR programs, addressing questions such as which technologies offer the best value for investment and how to develop a comprehensive LDAR program that incorporates these technologies. Attendees will gain valuable insights into optimizing their LDAR initiatives and enhancing environmental protection efforts.
Room 402



Mantel, Peter
Acoustic Monitoring for Leaks
Utilize acoustic monitoring cameras for efficient and accurate leak detection in industrial settings. This advanced tool is designed for professionals in Oil & Gas, Refining, and Chemical industries to quickly pinpoint gas leaks and partial discharges. With its integrated microphone array and ability to detect various types of gases, Acoustic monitors can identify leaks from a distance and in unexpected locations. Inspection times are significantly reduced compared to traditional methods, allowing for early detection of potential failures. Acoustic monitors can estimate the flow rate of escaping gas and display the smallest detectable leak in real-time.
Room 402



Brian Taylor
The Evolving Regulatory Landscape of Alternative Monitoring
The presentation will explore how alternative monitoring solutions are transforming the approach to Leak Detection and Repair Programs in companies. By leveraging these technologies in a favorable regulatory environment, companies can mitigate risks and detect and address leaks more efficiently. The evolving regulatory framework presents an opportunity to enhance detection technologies and move towards a decarbonized future.
Room 402



John King
The Scope of Jurisdiction Over Wetlands Under Sackett and Lewis
Over the years, the Corps of Engineers and the Environmental Protection Agency have steadily expanded the extent and scope of their jurisdiction over “navigable waters,” “waters of the United States,” and “wetlands.” But, the U.S. Supreme Court has recently issued a decision in Sackett v. EPA that severely restricts the agencies’ jurisdiction over wetlands. The Sackett decision was relied on by the U.S. Fifth Circuit in a recent decision in Lewis v US.    The presentation will provide an overview of the definition of “navigable waters” and “waters of the United States,” how the Corps and EPA have expanded their jurisdictional reach through various rulemakings, outline the holding and implications of the recent Sackett and Lewis decisions, and identify the agencies’ response to those decisions.
Room 402



David Fotouhi
Clean Water Act Jurisdiction After Sackett: What’s In, What’s Out, and What It Means for Permitting
Join our presenter for an overview of the basic structure of the Clean Water Act and its jurisdictional provision, a brief history of agency interpretations of Clean Water Act jurisdiction and the term “Waters of the United States,” and an overview of Supreme Court precedent addressing the scope of the Clean Water Act. With this background, the session will discuss the Supreme Court’s recent decision in Sackett v. Environmental Protection Agency (2023) and what it means for the future of federal jurisdiction. The program will then focus on EPA and the Army Corps of Engineers’ implementation of the Sackett decision and its impact on permitting obligations for regulated entities. The program also will discuss the pending litigation and how it impacts the current application of the Clean Water Act in different states.
Room 402



David Fotouhi
The View from D.C.:  Federal Regulatory Developments and Enforcement Trends from the Biden EPA for t
The Biden EPA’s first year has signaled a marked change toward regulation of the oil, gas, and petrochemical sectors. Join our presenter for an overview of key federal regulatory changes and proposals issued over the last year and a preview of anticipated EPA actions that will affect these sectors, including EPA’s proposed comprehensive regulations of methane from new and existing oil and gas sources. The presentation will provide updates on other regulatory actions that will affect the oil, gas, and petrochemical sectors, including EPA’s new light duty motor vehicle greenhouse gas emissions standards and proposed standards for heavy duty vehicles, EPA’s proposed expansion of the Cross State Air Pollution Rule to cover industrial sources including chemical manufacturing and petroleum and coal products manufacturing, and the Agency’s attempt to revise the regulatory scope of the Clean Water Act by redefining “Waters of the United States.” The presentation will conclude with an analysis of enforcement trends affecting these sectors.
Room 402



Brittany Ford
Supporting Buyers, Sellers, Developers, and Operators in Mergers Acquisitions, Divestitures and Inte
Extensive knowledge of state and federal requirements coupled with thorough research means that non-compliant conditions can be identified and quantified. In addition to completing regulatory reviews, our highly experienced team of field inspectors are available to conduct physical site inspections.     Altamira’s Due Diligence Application ensures consistency in data collection and provides real-time, geo-referenced status on field data collection progress. Where needed, Altamira utilizes Decision Tree analysis and Monte Carlo simulation to quantify risks associated with a transaction. The ability to understand the range of potential outcomes, the probability of any single outcome, and the costs associated with known or suspected risks is Your Competitive Advantage in transactions.     Our mission at Altamira is to solve our clients’ most complex regulatory, operational, and business challenges by being the first choice and trusted partner for strategy, consulting, and technical expertise combined with digital technology solutions.
Room 402



Elizabeth McGurk
Strategic Air Quality Management: Sensible EDP's Continuous Methane Monitoring & OGMP Certification
The Sensible EDP platform offers comprehensive solutions for air monitoring, by incorporating diverse sensor and hardware options to detect and monitor regulated air pollutants. By effectively identifying, quantifying, and repairing leaks alongside documenting leak-free periods, you’ll mitigate reputational risk and provide assurance to ESG investors, regulators, and the public. OGMP (Oil and Gas Methane Partnership) is a framework led by the UN Environmental Programme (UNEP) and Climate and Clean Air Coalition collaboration. Their mission is to mitigate methane emissions from and increase transparency of methane sources in the oil and gas sector by bringing together public and private stakeholder groups.
Room 404



Nounou, Roger
Strategic Air Quality Management: Sensible EDP's Continuous Methane Monitoring & OGMP Certification
The Sensible EDP platform offers comprehensive solutions for air monitoring, by incorporating diverse sensor and hardware options to detect and monitor regulated air pollutants. By effectively identifying, quantifying, and repairing leaks alongside documenting leak-free periods, you’ll mitigate reputational risk and provide assurance to ESG investors, regulators, and the public. OGMP (Oil and Gas Methane Partnership) is a framework led by the UN Environmental Programme (UNEP) and Climate and Clean Air Coalition collaboration. Their mission is to mitigate methane emissions from and increase transparency of methane sources in the oil and gas sector by bringing together public and private stakeholder groups.
Room 404