Energy Exchange

How Sensible BLM and EPA Methane Rules Can Mean Millions to Tribal Communities

By Daniel Roda-Stuart, Fellow
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With oil and natural gas production, it’s not only the industry that benefits monetarily. Mineral rights holders (the people who actually own the oil and gas deep below the earth’s surface) benefit too. Depending on where you look in the United States, who owns these mineral rights varies. In many places those minerals are owned by individuals and in other situations it’s the federal or state government.

In the Western U.S., it can often be Native American tribes that own the rights to these resources. And the revenue from the production of these tribal resources can be invaluable for funding education, health care, and other programs. So, what happens when faulty equipment and poor practices allow valuable natural gas to escape to the atmosphere before making it to the sales line? It can result in millions of dollars of lost royalty revenue for Native American tribes.

A recent EDF analysis focuses on the value of this wasted gas and the financial impacts to the Northern Ute tribe in the Uintah Basin of Northeastern Utah. Read More »

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Aliso Canyon Disaster One Year Later: Some Progress, But More Action Needed

When the gusher of methane pouring out of the Aliso Canyon natural gas storage field was discovered last October 23, it almost instantly transformed the sleepy Los Angeles suburb of Porter Ranch into the site of one of the biggest environmental disasters in recent history. It would ultimately take four months to stop the massive leak. According to a new report released today, it pumped nearly 100,000 tons of methane into the atmosphere.

Now, a year later, the question: What’s been done to fix the problem, and to prevent future blowouts – either at Aliso Canyon, or the 400 similar facilities in more than 30 states? The answer is, while there’s been some progress, it’s not nearly enough.

Read More »

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New EPA Guidelines Will Help Oil And Gas Communities Breathe Easier

8622279579_a15f44c77a_zWhile air quality as a whole has been improving across the United States over the past few decades, many areas that are ground zero for the nation’s expanding oil and gas industry have shown an increase in dangerous pollutants. In fact, states with substantial drilling activities saw worsening air quality recently, according to the American Lung Association’s last State of the Air report.

That’s because the oil and gas industry is the largest industrial source of volatile organic compounds (VOCs), which mix with NOX and sunlight to form ground-level ozone, also known as smog. Additionally, existing oil and gas sources do not face comprehensive nationwide limits for this type of pollution.

This smog has tangible effects, though. In late September, the Clean Air Task Force released a report detailing that the amount of smog forming emissions from the oil and gas sector could lead to as many as 750,000 asthma attacks.  The report, called “Gasping for Breath,” similarly documents that these emissions could lead to more than 500,000 days of school missed and 2,000 asthma-related emergency room visits. Accompanying the report is an interactive map, developed by Earthworks, which displays data about the location of active oil and gas wells, and areas of threats to public health.

Read More »

Also posted in Air Quality, Methane / Comments are closed

What would it mean for Los Angeles to go 100% renewable?

10182500174_6070b2f074_kThe Los Angeles City Council recently passed a unanimous resolution requiring Los Angeles Department of Water and Power – the largest municipally-owned utility in the country — to study how the city can achieve a 100% clean energy future. With help from research partners, including academic institutions, the U.S. Department of Energy, and environmental and consumer groups, the study has the potential to become a foundational roadmap for running the utility on only clean and renewable energy.

California currently has a goal to reduce greenhouse gas emissions 40% below 1990 levels by 2030, with half of the state’s energy supply powered by renewable electricity by 2030. To achieve these targets, it is imperative for the state to look seriously at how to get off of fossil fuel dependency for our energy needs. Utilities and cities can be the key to reaching those climate goals. Read More »

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Latest EPA Greenhouse Emission Numbers Demonstrate Success Of Methane Standards

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Click image to expand

This week sees the release of new figures from the U.S. Greenhouse Gas Emissions Reporting Program (GHGRP), which includes self-reported, large facility-level emissions data for 2015.

The good news is that methane pollution from the oil and gas industry is down slightly, thanks to a combination of stronger safeguards starting to take effect, along with a decline in new drilling projects due to an overall market cooling.

Operators report that methane pollution from onshore oil and gas production is down about 3.8% in 2015 from 2014.  However, overall greenhouse gas emissions from all reporting segments in the oil and gas sector are only down 1.6%.

Sensible methane standards are starting to work

Some in industry will undoubtedly point to the new numbers as evidence that new emission rules are unnecessary. In fact, the figures show that sensible safeguards are responsible for much of the progress. Read More »

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Finding Industry Fingerprints on Atmospheric Methane

fingerprint-imgWe’ve all seen TV detectives dust a scene for fingerprints. In a study in the journal Nature, a team of scientists did something similar, using carbon isotopes to identify the “fingerprints” of methane– one of the world’s most powerful climate pollutants in the atmosphere.

The study examined the isotopic signature from two types of methane emissions: biogenic (sources like wetlands, landfills and agriculture) and thermogenic (encompassing geologic seepage, activities associated with the oil and gas supply chain or coal mines).

The evidence suggests that not only are we significantly underestimating the share global methane emissions from thermogenic sources, we’re also underestimating how much comes from the production, delivery and use of oil and gas and the production of coal. Read More »

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