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Geospatial intelligence to detect and specify methane emissions worldwide

What we do

WHAT WE DO

We are dedicated to leveraging satellite technology and AI to combat methane emissions in the energy sector. Our goal is to provide actionable insights and solutions to significantly reduce methane emission risks.

Features

KEY FEATURES

Our solution combines satellite data and AI technology to detect and quantify methane emissions at an asset-level. This provides valuable insights for reducing methane emissions.

Satellite Monitoring

Our system utilizes advanced satellite data to monitor methane emissions on a global scale.

AI-powered detection

Computer Vision techniques to automatically detect, specify and quantify methane plumes at a facility-level

Real-time alarming

We deliver actionable insights based, empowering organizations to take effective measures in reducing methane emissions.

Why

Protect the environment

"Methane is more than 28 times as potent as carbon dioxide at trapping heat in the atmosphere. Over the last two centuries, methane concentrations in the atmosphere have more than doubled, largely due to human-related activities"

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Environmental Protection Agency (EPA)

Preserve financial integrity

As global regulations tighten on harmful emissions, organisations face financial penalties in the event of methane leaks. Timely identification of methane emissions not only avoids financial consequences but also reduces methane loss, thus maximizing product value.

Reduce reputational risks

As more environmental data becomes publicly available, proactively detecting and addressing methane emissions greatly reduces financial and reputational risks, thereby reinforcing environmental commitment.

Cost-effectiveness

Timeliness

Global coverage

Automated methane leak detection

Contact

By GeoDataScience Group

We are a dynamic research team at Heriot-Watt University with extensive expertise in Data Science and GeoEnergy.

Leveraging AI to uncover patterns in GeoEnergy data for enhanced Earth systems monitoring & modelling

 

Be a Voice in Shaping Tomorrow's NetZero Solutions!

CONTACT US

Vitaly Starikov

​R&D Lead

v.starikov@hw.ac.uk

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