A new satellite detects gas leaks that are heating up the planet

MethaneSAT
Environmental Defense Fund (EDF)
Sensors for leaks
Global emissions
Public data
$88 billion in donations
Big partners
A large team
Not the first, but a
Better detection
Precision and specialization
EDF's previous experience
Open information
Methane emissions
Complementary methods
Clarify sources
MethaneSAT

A non-profit launched a new satellite to help detect methane leaks from oil and gas sites. The initiative, MethaneSAT, can profoundly affect our battle against climate change.

Environmental Defense Fund (EDF)

The space detector is under the control of the Environmental Defense Fund, a non-profit organization that has studied methane leaks in the oil and gas industries for years.

Image: MethaneSAT

Sensors for leaks

MethaneSAT will serve as an eye in the sky, sweeping through all continents to detect where leaks occur. According to The New York Times, it has an infrared sensor that detects leaks.

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Global emissions

The newspaper also said the satellite has a spectrometer that uses light reflected from the planet's surface to calculate global methane emissions, not just where they come from.

Public data

The data will be public and accessible. According to the project's website, transparency can allow regulators, the general public, and companies to locate and solve problems quickly.

$88 billion in donations

According to The New York Times, the Environmental Defense Fund collected $88 billion from philanthropic donors, constituting the entire project budget.

Big partners

However, the non-profit found critical partners for the satellite operations, including the Government of New Zealand and Google.

A large team

According to The New York Times, a multidisciplinary team of 70 experts from academia, commercial aerospace, and defense industries built the satellite.

Image: MethaneSAT

Not the first, but a "game changer"

The project website explains that the satellite is not the first global methane detection effort but has "game-changing" characteristics.

Better detection

According to EDF, MethaneSAT has a sight range of over 120 miles and will monitor areas that cover nearly 80% of the world's oil and gas production.

Image: MethaneSAT

Precision and specialization

The non-profit argued that another advantage is that the satellite specializes in methane, unlike other satellites, and it can detect emissions from smaller sources.

Image: MethaneSAT

EDF's previous experience

Previous EDF studies proved that methane emissions in the US were larger than the Government estimated, so MethaneSAT can check if that is the case worldwide.

Open information

The other characteristic that makes MethaneSAT a "game changer" is the transparency of the data: public information can turn into action.

Methane emissions

According to NPR, about 30% of global warming is caused by human-caused methane pollution, so detecting the sources can impact how we reduce emissions.

Complementary methods

The project website explains that they will also fly a methane-tracking jet called MethaneAIR to refine the data. They expect to have the first results by the end of 2024.

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Clarify sources

As Mark Brownstein, a senior vice president at EDF, explained to NPR, the information can finally determine how much methane comes from the oil and gas industry and not others like farming.

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