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Energy Tomorrow Blog

Academia and Industry Partner to Drive Down Methane Emissions

the-environmental-partnership  methane emissions  technology  innovation 

Lem Smith

Lem Smith
Posted October 27, 2020

With a high-tech workforce and a future-focused approach, America’s natural gas and oil industry is delivering on its commitment to sustainability and climate solutions. Energy operators are continuously improving environmental performance and working to lower greenhouse gas emissions – and groundbreaking technologies are making the difference.

API member companies are driving research and development on innovative concepts, like carbon capture, utilization and storage (CCUS), and industry leaders are collaborating to address emissions of methane and volatile organic compounds in America’s largest energy producing regions.

Since 2017, The Environmental Partnership has provided leadership on  industry-driven efforts to tackle the dual challenges of supplying affordable, reliable energy while making significant environmental progress. The program encourages the phase out of high-bleed, gas-driven pneumatic controller use to mitigate methane emissions in natural gas production.

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Texas Flaring Coalition Enhances Industry’s Commitment to Reduce Emissions

methane emissions  natural gas production  the-environmental-partnership  texas 

Mark Green

Mark Green
Posted April 3, 2020

The natural gas and oil industry’s commitment to accelerate the reduction of methane emissions is being advanced on a number of fronts. The Environmental Partnership, whose 75 members include 33 of the top 40 U.S. producers of natural gas, is in its third year of sharing of knowledge and technologies to further reduce emissions. This week, the Texas Methane & Flaring Coalition, whose members represent nearly 80% of oil production in the state, was launched to work on flaring. 

The coalition’s key initiatives include: developing best practices and opportunities to minimize methane emissions and flaring, improving accuracy and consistency in the reporting of vented and flared volumes and increasing public understanding of the safety and environmental reasons for flaring.

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Flaring, Infrastructure and Embracing the Dual Challenge

natural gas  methane emissions  emission reductions  climate  safe operations 

Mark Green

Mark Green
Posted August 8, 2019

Our country needs abundant energy AND climate progress – both of them, continuing to advance together, as they have in the U.S. in recent years. Embracing the dual challenge of making energy abundant and accessible while reducing energy-related emissions is the realistic path to growth and opportunity that can broadly benefit the nation and the lives of individual Americans.

Certainly, our industry is focused on new innovations and technologies that continue to reduce emissions from natural gas and oil production and improve the environmental performance of our operations and facilities. …

The objective is continued progress. High-production areas, including the Permian Basin in Texas and New Mexico and the Bakken in North Dakota and Montana, need additional pipeline infrastructure to take away natural gas when it accompanies oil production. More infrastructure could reduce the amount of flaring – regulated, limited burning of methane – that takes place.

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Reducing Methane Emissions as a Core Industry Value

methane emissions  world-gas-conference 

Mark Green

Mark Green
Posted June 28, 2018

When one speaker at the World Gas Conference talked about methane emissions from natural gas as the “elephant in the room” that industry isn’t talking about – I didn’t know what they were talking about! Everywhere at WGC2018, people are talking about reducing methane emissions.

That’s because natural gas and oil companies have been reducing emissions and are focused on continuing that progress in the future. No one is more focused on capturing methane – the key component in natural gas – than companies that sell natural gas.

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100 Days: Industry is Committed to Environmental Protection

100-days  air pollutants  carbon capture  environmental impact  methane emissions  natural gas  ozone 

Mark Green

Mark Green
Posted April 24, 2017

Our industry’s commitment to protecting the environment shows in recent EPA air quality data and other benchmarks. First, look at the downward trajectories in air emissions.

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Methane Regulations Not Based on Science

methane emissions  oil and natural gas production  hydraulic fracturing  carbon dioxide  regulation 

Jack Gerard

Jack Gerard
Posted March 30, 2016

Methane emissions have dropped significantly. Since 2005, emissions from field production of natural gas have dropped 38 percent, and emissions from hydraulically fractured natural gas wells have plunged 79 percent.

These facts bear repeating in light of the Obama administration’s announcement that it is pursuing yet another set of methane regulations. Not only are the additional regulations duplicative and unnecessary, given industry’s success in reducing emissions under current regulations, but the new rules could actually undermine progress.

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EPA Should Recognize Market-Driven Climate Progress

natural gas  epa  regulation  co2 emissions  methane emissions  climate 

Jack Gerard

Jack Gerard
Posted January 13, 2016

The Environmental Protection Agency (EPA) pledges to start 2016 “hitting the ground running” to build on a “monumental” 2015. In a blog post last week, EPA Administrator Gina McCarthy signaled her agency will continue its focus on methane and carbon regulations.

Absent from EPA’s plans was any acknowledgement that methane and carbon emissions are already down. Recognizing progress we’ve already made – and the market factors contributing to that success – is critical to avoiding costly, duplicative regulations that could undermine that progress, as well as economic growth.

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Leading on Reducing Methane Emissions

analysis  methane  emissions  epa  american petroleum institute  regulation 

Mark Green

Mark Green
Posted July 24, 2015

Some thoughts on EPA’s proposed program to encourage voluntary methane emissions reductions from existing sources. The Methane Challenge Program would expand on the Natural Gas STAR program by recognizing companies that make specific emissions reduction commitments and agree to submit annual data on the progress they’re making.

First, industry supports voluntary. The program could be supportive of what industry already is doing to reduce methane emissions – an effort that is working. EPA’s Greenhouse Gas Inventory Report issued this spring showed methane emissions from hydraulically fractured natural gas wells are down 79 percent since 2005 – a period in which natural gas production has soared.

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Energy and Liberty

analysis  Jack Gerard  energy  government  regulation  hydraulic fracturing  oil and natural gas  methane emissions  revenue 

Mark Green

Mark Green
Posted July 2, 2015

A few months ago API President and CEO Jack Gerard explained why America is experiencing an energy revolution:

“We got to this era of energy abundance and global energy leadership because of the entrepreneurial spirit of the private sector, the hard work of the American worker and the unique system of private property and individual rights of the American marketplace.”

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Good Energy Policy Key to Energy, Economic Growth

american energy  policy  growth  methane emissions  keystone xl pipeline  taxes  fracking 

Mary Leshper

Mary Schaper
Posted February 13, 2015

EIA Today in Energy: The United States, Canada, China, and Argentina are currently the only four countries in the world that are producing commercial volumes of either natural gas from shale formations (shale gas) or crude oil from tight formations (tight oil). The United States is by far the dominant producer of both shale gas and tight oil. Canada is the only other country to produce both shale gas and tight oil. China produces some small volumes of shale gas, while Argentina produces some small volumes of tight oil. While hydraulic fracturing techniques have been used to produce natural gas and tight oil in Australia and Russia, the volumes produced did not come from low-permeability shale formations.

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