We’re aiming to tackle methane – an often-ignored environmental challenge – by looking to space.
To get there, we’re planning to develop a new satellite designed specifically to pinpoint the location and magnitude of methane emissions virtually anywhere on Earth.
Why focus on methane?
Methane is a potent greenhouse gas. Human-made methane emissions account for a quarter of today's global warming.
One of the leading sources of those emissions is the oil and gas industry.
From remote wellheads to gas utility lines, companies release about 75 million metric tons a year. That’s enough gas to produce electricity for all of Africa twice over.
First-of-its-kind satellite gets key data
To fully understand the problem – and drive the solutions – we need more and better data about:
- How large methane emissions are.
- Where they're coming from.
- The biggest potential reductions.
- Progress of those reductions over time.
MethaneSAT will provide global high-resolution coverage, exceeding anything in orbit or on the drawing board today.
Because it will focus only on methane, it will be quicker and less expensive to launch than the complex, multi-function satellites built by government space agencies, so we can get data sooner.
We're sharing the data to drive action
MethaneSAT is designed to map and measure oil and gas methane emissions worldwide, including roughly 50 major oil and gas regions accounting for more than 80 percent of global production. It will also have the ability to assess emissions from other human-made sources.
Like EDF’s other efforts using technological innovation to drive environmental change, this project is about turning data into action. Information from MethaneSAT is intended to give both countries and companies robust data to spot problem areas, identify savings opportunities and measure their progress over time.
Video: Watch as EDF's president shares the vision of MethaneSAT in this TED Talk.
We see MethaneSAT as a critical resource for realizing our goal of reducing methane emissions from a diversity of sources, especially global oil and gas.
A 45 percent reduction in oil and gas methane emissions by 2025 would deliver the same 20-year climate benefit as closing one-third of the world’s coal-fired power plants. Cutting these emissions is the fastest, cheapest thing we can do to slow the rate of warming today, even as we continue to attack carbon dioxide emissions.
Drawing from expertise and research
To get MethaneSAT off the ground – no later than early 2021 – we’ve brought on Tom Ingersoll, a successful satellite entrepreneur with three decades of experience. And we’ve partnered with Harvard University and the Smithsonian Astrophysical Observatory to develop the science required for the mission.
MethaneSAT is the newest chapter in our ongoing effort to advance peer-reviewed science focused on oil and gas methane emissions.
The technology driving MethaneSAT will fill gaps left by other satellite systems currently planned and recently deployed.
We’ve learned that emissions are much higher than either industry or government previously recognized, and occur throughout the supply chain. The challenge is, the sources are intermittent, unpredictable and widespread, making it hard to predict where they’ll occur.
That means ongoing monitoring and measurement are essential. By providing reliable, fully transparent data on a worldwide scale, MethaneSAT will help transform a serious climate threat into a crucial opportunity.
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