Main Conference Day 1: Tuesday, June 3, 2025

• Develop robust, digital inventories that use asset-specific emissions factors to enhance accuracy and stakeholder transparency
• Leverage continuous data streams from different technology types to reconcile discrepancies between site-level measurements and broader inventories
• Factor in environmental variables like weather conditions to improve data accuracy
• Position your organization to thrive in a global methane-conscious market

Arsineh Hecobian

Methane Detection and Verification Advisor
Chevron

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Adam Woodcock

Director of Sustainability
Crescent Energy

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Emanuela Santos

Carbon Neutral Program Manager
Petrobras

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Sara López Rivera

Lead on Environment and Sustainability
EP PetroEcuador

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• Demonstrate how advanced drone technologies can move beyond large point-emitters to target smaller, widespread sources
• Strategies to account for environmental influences such as wind, agricultural and background methane in aerial survey
• Evaluating the balance between scalability and precision

·       Discuss the development of a measurement protocol

·       Examine the performance of ground-based, aerial, and drone-based monitoring techniques to gather long-term emissions data

·       Highlight key challenges faced during the QMRV process and the solutions developed to overcome them

·       Analyze the impact of QMRV on operational efficiency, regulatory compliance and stakeholder relations

Greg Ross

Senior Climate Analyst
Cheniere

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• Consider market-mechanisms such as certification and blockchain to build transparency
• Identify challenges in achieving full transparency and temporal validity
• Outline solutions for overcoming barriers to data sharing and verification
• Assess how collaboration between operators, regulators, and third-party auditors can improve transparency across global value chains

Gregory Blandford

Director Land, Environment & ESG Strategy
Southern Star

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Mark Gebbia

VP Environmental, Regulatory, and Permitting
Williams

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Alice Yu

Senior Advisor, GHG and Air Emissions
Pembina Pipeline Corporation

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• Integrating real-time monitoring data with operational decisions to prioritize high-impact leak repairs and optimize maintenance schedules
• Using emissions data to identify and implement cost-effective methane reduction strategies, balancing technology investments with expected returns
• Leveraging comprehensive emissions inventories to demonstrate regulatory compliance

·       Foster a culture of data literacy, equipping teams to access and analyze emissions data for compliance-driven decision-making

·       Ensure the accuracy and efficiency of emissions reporting to meet regulatory standards and improve transparency

·       Define the concept of a ‘single source of truth’ for emissions data, aligning operations with compliance expectations

·       Leverage software solutions to bridge gaps between engineering, operations, and corporate departments, streamlining compliance efforts

Josh Carlisle

Sr. Director of Environmental, Health, Safety, Regulatory and ESG
BKV Corporation

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·       Utilize emissions data to primarily implement abatement strategies at key emitter sites

·       Approach choosing the best abatement technologies for operations, considering ROI

·       Gain insights into overcoming challenges and barriers commonly faced during implementation

·       Study successful case studies of organizations that have effectively integrated methane abatement into their operations

·       Prioritize cost-effective solutions and scalable approaches for long-term methane mitigation across diverse operations

·       Consider the benefit of outsourcing 

Russ Perry

Health, Safety, Environmental & Regulatory Director
Sequitur Energy Resources

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Martina Sittler

Vice President, Engineering & Construction
Targa Resources

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Eric Hasso

Director- Environmental & Safety
Lime Rock Resources

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Matthew Rucker

Senior Vice President – Operations
Gulfport Energy

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• Explore the latest advancements in methane capture technology
• Learn how operators are successfully integrating methane capture systems into existing infrastructure to reduce emissions without compromising efficiency
• Examine the financial incentives and cost savings from converting captured gas into usable products or energy
• Discuss future potential for such systems 

·       Explore a detailed operator journey in identifying pneumatic devices as a key emissions source and the decision-making process for replacement

·       Showcase the implementation of low/no bleed pneumatic devices and electrification technologies

·       Analyze the measurable emissions reductions achieved post-implementation

·       Discuss lessons learned and best practices 

Grab a bite, connect with peers, and reflect on the morning's insights as you explore the Expo Hall.

Hungry for more insights? Fuel your mind and your appetite at our lunch and learn. Connect with our esteemed Advisory Board members and your fellow Methane Summit Alumni to explore recent industry trends and digest your morning of learning in a private lunch setting. 

Just because a technology’s upfront cost is cheaper, it doesn’t mean ROI is strong. Debate the viability of investment in different technologies and the long-term impact upon your operational efficiency and environmental performance.

Discuss the challenges of creating a ‘single source of truth’ that provides a comprehensive and accurate data depiction from all measurement campaigns when results are derived from diverse detection methods.

Morgan Annab

Manager of Customer Success
Tachyus

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Selecting the right mix of detection technologies isn't always straightforward, as operational settings can vary widely. What are the key considerations and potential trade-offs when building an effective and scalable detection strategy?

Liquid Nitrogen presents a novel solution to reduce vented emissions at remote legacy well sites. But how easy is it to integrate and can this be done at scale?

Conduct a comparison of available aerial technologies and techniques to determine how different methods can be utilized to reconcile emissions inventories and their efficacy. 

Plugging conventional wells can be a costly endeavour, but linking these efforts to carbon credits can also unlock new funding avenues. How can you leverage carbon credit projects to offset costs, drive compliance, and maximize environmental impact?

With a multitude of Continuous Emissions Monitoring Systems (CEMS) providers available, operators must navigate the complexities of selecting the right solution for their operations. Discuss the critical factors to consider, such as accuracy, regulatory compliance, and integration capabilities. 

Incorporating gas recovery systems into aging infrastructure presents significant technical and logistical challenges. Explore the barriers to seamless integration, and how you can adapt existing operations to ensure both efficiency and sustainability.

Hear first-hand an operator’s view on the future of product development and innovation and discuss how you can tailor future offerings to best meet evolving industry demands. Join Isaac to share insights on technology advancements and together explore how vendors can deliver solutions that not only meet but anticipate market shifts.

Isaac Vela

Environmental Manager
Formentera Operations

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Discuss the power of strategic partnerships among solution providers and how companies can work together to leverage one another’s strengths, co-develop complementary solutions, and enhance collective market impact to thrive in a competitive, dynamic market.

• Develop durable and flexible standards that can adapt to evolving technologies without constraining innovation in the industry
• Harmonize international efforts, ensuring that methane reduction standards are aligned globally, while still reflecting the unique needs of regional markets and regulatory environments
• Leverage standardization as a tool for market access
• Ensure consensus-driven solutions, bringing together a broad range of stakeholders to create standards that are practical and future-proof

Paul Espenan

Senior Vice President EHS&R
Diversified Energy

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• Assessment of current emissions monitoring processes and proposal of improvement plans
• Third-party perspective and direct support for your HSE and Sustainability managers
• Access to cutting-edge technologies

·       Discuss methodologies used to derive operator-specific emission factors for natural gas driven pneumatic devices

·       Conduct comparisons between operator-specific results and generic factors proposed by regulatory reporting programs

·       Investigate the potential impact of measurement duration and sample size on emission factors derived for intermittent bleed device

Clay Bell

Low Carbon Data Analyst
bpx

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·       Leverage AI-powered image analysis and machine learning algorithms to process vast datasets efficiently

·       Accelerate innovation by using AI to simulate and test new reduction strategies before full-scale implementation

·       Recognize the importance of human expertise and on-the-ground verification to avoid over-reliance on AI

·       Scrutinize data quality and bias to prevent AI algorithms from perpetuating inaccuracies in emissions reporting

Markus Droven

Technical Director
National Emissions Reduction Initiative (NEMRI), National Energy Technology Laboratory

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·       Leveraging advanced algorithms and real-time data integration to forecast potential leaks, enabling proactive maintenance and rapid response

·       Reducing the need for frequent timely and costly manual inspections

·       Adapting to technological advancements in AI and machine learning to improve accuracy and applicability across diverse operational environments

·       Understanding how PEMS can complement other detection methods

·       Develop a portfolio of optimization-based emissions mitigation decision support tools

·       Rank candidate emissions sources based on user-based criteria

·       Identify high-impact, high-efficiency mitigation project candidates

·       Compare competing mitigation projects quantitatively, through transparently computed project impact and efficiency scores

Markus Droven

Technical Director
National Emissions Reduction Initiative (NEMRI), National Energy Technology Laboratory

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·       Conduct a techno-economic analysis of available solutions, what solutions can be deployed at a negative net cost?

·       Evaluate investment in waste to energy programs to convert fugitive emissions into a valuable product and reduce wider business costs

·       Consider the interplay between long-term technology investment and rapidly changing regulation. What investments are truly viable?

·       Assess the future of the energy landscape, how does methane mitigation fit into the broader transition to sustainable energy sources?

Eric Hasso

Director- Environmental & Safety
Lime Rock Resources

See Bio

Kristin Tatum

Vice President, Finance, ESG & Air Permitting and Compliance
Kinder Morgan

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Keith Frame

Principal Engineer - Low Carbon Technology
ConocoPhillips

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Brian Halchak

Manager of Environmental Services
Williams

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• Assess the potential of renewable natural gas (RNG) and hydrogen as alternative fuels
• Evaluate the technological, economic, and infrastructure challenges in scaling alternative fuels for widespread industry use
• Explore the role of policy and regulation in supporting the adoption and commercialization of renewable fuels within Oil & Gas
• Examine how alternative fuels can complement existing methane mitigation efforts and contribute to long-term decarbonization goals

• Explore innovative design principles and technologies aimed at minimizing emissions throughout the facility lifecycle
• Analyze the influence of spatial planning, material choices, and layout to streamline operations and cut emissions
• Learn how selecting low-emission machinery and components during the planning phase sets a foundation for sustainable operations
• Demonstrate how long-term engineering and sustainability team collaboration can ensure continuous reduction through facility lifecycle

Adam Redling

Facilities Engineering & Emissions Manager
Range Resources

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The last 12 months have brought a wave of new methane regulations around the world, fundamentally changing the landscape for companies and policymakers. This panel assembles policy experts to dissect the intricate network of emerging standards, share lessons learned, and propose foundational principles for future regulations, all with the aim of fostering global harmony in methane regulation. Our experts will:

•  Analyze the far-reaching implications of new import standards and their potential to drive global methane reduction efforts beyond national borders
• Explore the evolving role of multi-lateral policy agreements in aligning international methane reduction strategies, with a focus on how Nationally Determined Contributions (NDCs) are incorporating methane targets in 2025
• Examine key lessons from regulatory pioneers, including insights from the U.S. WEC and EU import standard. How can these experiences inform effective policy development in diverse economic and technological contexts globally?

Axel Scheuer

Former Head of Energy and Climate Policy
Former IOGP Europe

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·       Assess current state of EHS operations to identify gaps and opportunities for improving emissions management

·       Evaluate the impact of mergers and acquisitions (M&As) on processes and internal structuring

·       Implement strategic changes within the HSE department to align goals with regulatory compliance

·       Foster cross-functional collaboration between EHS and other departments to create a cohesive approach to emissions tracking and reporting

·       Measure the impact of restructuring on emissions management outcomes

Matt Garner

Vice President - Health, Safety, Environment and Regulatory
Expand Energy

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The recent launch of MethaneSAT and Carbon Mapper’s Tanager-1 has brought methane detection into the space age, offering unprecedented visibility into global emissions. As we witness a growing network of public and private sector satellites that offer ground-breaking capabilities to track emissions in real time, significant questions remain regarding their accuracy, cost, operational integration and the public availability of satellite data. Our panel will discuss:

·       Assessing the accuracy and quantification capabilities of current satellite technology. What progress can we expect over the next 12 months?

·       Defining the different purpose of public vs private satellites

·       Evaluating the financial and operational considerations for incorporating satellite usage and data into existing methane mitigation strategies

·       Enhancing compliance by integrating satellite data into regulatory frameworks and operational processes

Jon Goldstein

Associate Vice President, Energy Transition
Environmental Defense Fund

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Technology accelerators play a crucial role in fostering innovation and scaling disruptive methane mitigation technologies. Yet with many working in isolation, there may be missed opportunities for collaboration that could drive further progress. This panel will explore how accelerators are pushing the limits of detection, quantification, and reduction, while also addressing how to build a strong case for new technologies.

·       Examine how accelerator programs can streamline the testing and scaling of new methane detection and reduction technologies

·       Explore pathways for commercializing breakthrough technologies, from pilot testing to full-scale deployment across the oil and gas value chain

·       Discuss strategies for de-risking technology - How do we empower the leaders and fast followers?

·       Outline components of a strong project proposal and address the common challenges methane projects face when seeking funding

·       Identify ways to bridge the gap between conventional projects and required investment to test and scale innovative technologies

Isaac Vela

Environmental Manager
Formentera Operations

See Bio