At the behest of the American Petroleum Institute, the Environmental Protection Agency is proposing to eliminate nationwide limits on methane pollution, sending America’s natural gas industry backwards to the days of uncontrolled emissions. This dangerous proposal threatens the climate, the communities living near oil and gas development and the increasingly vulnerable status of American natural gas in a transition to a net-zero carbon emission economy.
Any business depends on four fundamentals to operate successfully: demand from customers, acceptance from society at large, financial capital to invest and talent to do the work. America’s natural gas industry is no different.
Eliminating methane standards would increase risk to each part of this foundation, making this proposed rollback a prime opportunity for risk-conscious executives and investors to speak out this fall. Read more
A “better, faster, cheaper” methane leak detection solution used to be an elusive unicorn of the oil and gas industry. Yet, since EDF commenced its methane innovation work in 2014, there has been a mass proliferation of innovative methane detection companies, big and small. With new ideas and new technologies, innovators are challenging old assumptions and pushing the frontier of what is possible.
Stanford and the Environmental Defense Fund Mobile Monitoring Challenge launched in 2018 to independently and rigorously assess a selection of the most promising technologies available today to help oil and gas companies detect, pinpoint and estimate methane leaks from upstream production facilities.
The results of this challenge were published today in the journal Elementa – and the findings offer a glimpse towards a promising new era of higher frequency monitoring. Even as the Trump Administration attempts to dismantle the Environmental Protection Agency’s common-sense methane regulations, some companies are looking to innovative technology to go above and beyond what is currently required. The results are significant beyond U.S. borders as well. Numerous international oil companies, including the members of the Oil and Gas Climate Initiative, will require higher frequency, accurate methane monitoring to help achieve their methane reduction commitments.
Here are the three main takeaways from the Mobile Monitoring Challenge study.
At the Baker Hughes GE Annual Meeting this week in Florence, Italy, a CEO began his presentation with this bold adage: “Digital strategy = Business strategy.” Executives on nearly every panel pointed to the digital opportunity.
As the oil and gas industry invests in the digital transformation to improve competitiveness, companies should seize the opportunity to integrate methane emissions management into their broader digital agendas, as a key way to maximize value and stay competitive in the low carbon energy transition.
Four years ago, I stood in the centralized data command center of an American oil and gas company, watching a former colleague remotely adjust infrastructure at wellsites thousands of miles away because an algorithm detected a potential failure. This was the first time I personally witnessed the power of the “digital oilfield.”
Essentially, the “digital oilfield” refers to a transformative effort to bring solutions such as automation, predictive maintenance, and IoT technologies to the world’s oil and gas industry. Oilfield digitization has started to change the way decisions are made, operations are conducted, and facilities are managed across the entire oil and gas value chain. While early adopters are already employing automated and connected innovations to gain a competitive advantage, only a few are applying digitization technologies to address one of the industry’s biggest challenges: methane.
At Environmental Defense Fund, we believe that environmental progress and economic growth can and must go hand in hand. EDF+Business works with leading companies and investors to raise the bar for corporate sustainability leadership by setting aggressive, science-based goals; collaborating for scale across industries and global supply chains; publicly supporting smart environmental safeguards; and, accelerating environmental innovation.
This is the eighth in a series of interviews exploring trends in sustainability leadership as part of our effort to pave the way to a thriving economy and a healthy environment.
Equinor, formerly known as Statoil, is not your average energy company. The Norwegian-based corporation reports producing oil and gas with half of the CO2 emissions, compared to the global industry average.
The company also stated commitment to building its business in support of the Paris Agreement, and plans to invest over $200 million in Equinor Energy Ventures, one of the world’s largest corporate venture funds dedicated to investing in growth companies in renewable energy. That may be why CDP ranked Equinor as the oil and gas company best prepared for a low carbon future.
Equinor is also doing its part to detect and reduce methane emissions by embracing innovation and technology. In fact, Equinor was the first energy producer to purchase and install a new solar-powered technology device to continuously detect methane leaks. And, Equinor collaborates with EDF and Stanford in supporting mobile monitoring advances, such as drone based sensors.
In advance of the World Gas Conference in DC later this month, I spoke with Bjorn Otto Sverdrup, senior vice president of sustainability at Equinor, to learn more about the company’s climate goals and how the company is addressing methane emissions from its oil and gas operations. Here’s an edited transcript of our conversation. Read more
At Chevron’s annual general meeting last week, a shareholder resolution calling on the company to improve its methane management and disclosure received a 45% vote. This strong vote follows a majority vote at Range Resources, where 50.3% of voting shareholders supported a similar methane disclosure resolution (up from just 20% in 2013). Oil and gas industry shareholders are sending a powerful message– methane is a material risk that companies must manage to compete in a capital- and climate-constrained world.
Such resolutions are effective at driving change, even for non-majority votes like the 38% of shareholders at Kinder Morgan who supported a methane resolution. For example, last year ExxonMobil’s methane resolution received a 39% vote, and the company responded with a new methane emissions production program, which now includes a quantitative methane reduction target.
With upcoming annual meetings full of shareholder resolutions calling on companies to set greenhouse gas (GHG) reduction targets, EDF released “Taking Aim”, a new paper explaining why methane targets are the next frontier for the oil and gas industry and establishing five keys for strong targets. The paper explains how companies that set targets are more likely to be successful when it comes to securing methane emission reductions. Setting targets also demonstrates to investors that corporate decision makers understand methane risk management is critical to competing in an ever-cleaner energy market.
With the Task Force for Climate-Related Financial Disclosure (TCFD) framework also highlighting the importance of targets, “Taking Aim” provides some initial guidelines that can help frame what an ambitious, leading target looks like for oil and gas industry methane.
Infrared footage of the leak from the Aliso Canyon gas storage facility
After more than four months of spewing potent methane pollution, the massive Aliso Canyon gas leak has finally been plugged. But now the state of California and the utility that owns the site, SoCalGas, are left with the responsibility of ensuring a disaster like this doesn’t happen again.
While Aliso Canyon has captured the attention of the nation, it’s important to remember that there are smaller—and far more prevalent—leaks happening throughout the country’s oil and gas supply chain every day. In fact, those emissions add up to more than 7 million metric tons of methane pollution every year. That equals over $1 billion worth of wasted natural gas at 2015 prices.
Map of leaks around the Porter Ranch area
Methane leaks aren’t just wasteful—they have real impacts on communities. In Wyoming, for example, oil and gas pollution has driven up respiratory illness and smog levels to rival those in famously polluted Los Angeles. In California, residents living near the Aliso Canyon leak have already experienced headaches and vomiting; the long-term health impacts of their exposure to these leaks are a big unknown.
While solutions to detect leaks—like the infrared cameras that made the Aliso Canyon geyser visible to the world—are readily available today, a group of technology developers and oil and gas companies are collaborating with EDF to develop even more cost-effective–and automated–technologies to dramatically speed up leak detection. Read more
No one likes uncertainty, least of all investors. From changes in interest rates, to supply chain disruptions, the list of risks investors must monitor is long and growing. Good, actionable information is investors’ most important tool for risk management and integral to successful investing. Without proper data, investors are flying blind.
A new report published by EDF this week throws the spotlight on a growing risk for investors—methane emissions from the oil and gas sector. As so clearly demonstrated by the ongoing and massive leak at Aliso Canyon, methane emissions pose a multitude of expanding risks, with both short and long-term consequences.
Three key risks from oil & gas methane
At 84 times more powerful than carbon dioxide in the short-term, methane emissions represent a potent and fast-emerging form of carbon risk. In a world looking to reduce carbon pollution, methane emissions pose regulatory, reputational and economic risks. Preparedness to comply with forthcoming rules varies across the industry, methane undercuts natural gas’ ability to play a role in a carbon-constrained world, and emissions of methane are lost product amounting to $30 billion a year globally.
Investors should be asking themselves these questions:
- Do you know how much money your oil and gas companies are losing?
- Do you know if they have a plan to reduce emissions to limit impacts?
- Do you know how prepared they are to comply with forthcoming regulation?
It’s difficult to find out, and that’s a problem. Read more
People often think of the energy sector as a great place to find jobs, but some of the best, most stable job opportunities in the sector aren’t what you’d think. They’re not dedicated to resource production, but to minimizing the millions of tons of natural gas and associated pollution that leaks as the product is produced and delivered, wasting resources and causing a serious environmental problem.
Each year, more than 7 million tons of methane – the main component of natural gas and a powerful pollutant – escapes from oil and gas operations. These emissions pack the same short-term warming punch as pollution from 160 coal-fired power plants, and equal enough wasted natural gas to heat and cook meals for 5 million American homes.
Companies across the country are already harnessing the power of American innovation to solve this problem, creating new job opportunities in the process. And, a growing trend toward stronger state and federal safeguards to standardize methane reduction best practices is putting more wind in the sails of this growing industry.
Many of the positions being created are skilled, high-paying jobs for workers such as engineers and welders, according to a 2014 Datu Research report on the emerging methane mitigation industry. But these companies need a variety of other positions filled too, from sales to accounting to general labor.
Many of these companies have their roots in traditional equipment manufacturing, such as valves and sealing technologies that keep industrial systems running as efficiently as possible. Others, such as makers of optical gas imaging, are on the cutting edge of new technologies that allow users to identify methane leaks that are invisible to the naked eye. Read more