Updated Apr 04, 2018

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Bluefield Technologies

Our methane-tracking microsatellites + AI help gas companies detect and fix leaks quickly and profitably while reducing climate risk.

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John Atkinson

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Stage 3: Proof of Concept

We have proven our methane sensor in the lab and are doing pilots with clients.

Registered as a For-Profit in United States.

Focus Areas:

Energy, Climate Change and Resilience and Agriculture

Energy, Climate Change and Resilience and AgricultureSEE LESS

Implemented In:

United States

United StatesSEE LESS

Key Partners
Country Implemented In


Methane is a potent greenhouse gas, 100x stronger than CO2. This isn't only a climate issue, it's a financial problem: the gas industry loses $30 billion of gas from methane leaks each year, and investors are demanding climate risk data. However, current technologies don't provide the coverage & frequency needed to cost-effectively address these leaks in a timely manner at scale. Companies can only afford to check for leaks 1-2x/year, allowing them to go undetected for months.



Bluefield's combination of microsatellite-based sensors and AI analytics can pinpoint and monitor methane emission sites at a global scale on a daily basis, with unprecedented accuracy and a resolution of 20 meters. Reducing these methane emissions is currently the biggest opportunity to fight climate change while making a profit, and our data will unlock these opportunities across oil and gas, agriculture, waste, and other major emitters.

Target Beneficiaries

Our primary initial customers are international natural gas companies, who use our data to reduce their methane emissions at a profit. These companies already spend billions of dollars on biannual or quarterly leak detection, and we provide them with far more frequent (up to daily) monitoring and actionable analytics at a cost that more than pay for itself. Our data also helps livestock operations develop new ways to reduce the methane emissions of their operations and monitor the results.

Mission and Vision

We can solve climate change by giving industries the data they need to profit from reducing their greenhouse emissions. According to the IEA, the oil and gas industry is responsible for 76 million tonnes of methane emissions annually, and up to 50% could be eliminated profitably if they are detected in a timely manner. By making it possible to detect methane leaks on a daily basis for the first time, we are unlocking 38 million tonnes per year of reductions from oil & gas alone.

Innovation Description

Bluefield deploys microsatellites equipped with our proprietary methane sensors, selling access to our data to clients along with alerts and change detection analysis. This data provider business model enables us to provide a range of services to clients all over the world, a global scale that maximizes our customer base and allows us to deliver a far superior product at a lower cost than existing solutions.

In terms of technology, we utilize a proprietary advanced, miniaturized version of Gas Filter Correlation Radiometry (GFCR) sensor technology, a remote gas sensing technique that was previously deployed by NASA in 12 space missions. This is paired with AI data processing trained on our uniquely rich dataset to enhance precision even further, utilizing convolutional neural network machine learning and several other techniques that we’re patenting.

Our technology approach has been validated through lab experiments. We’ve scheduled field and airborne pilots with several customers in 2018, including large oil & gas companies and regulators.

Competitive Advantage

Bluefield provides an unmatched combination of global scale in coverage, frequency of measurement, and precision in detecting methane emissions. Compared to airplane or helicopter-mounted solutions, we provide vastly greater coverage; instead of surveying a specific area of a pipeline system or industrial site, we survey the entire planet. This enables us to achieve global scale and ultimately provide better data at a much lower cost per user.

Compared to government satellites, we offer resolution measured in meters (20 meters), not kilometers, essential for providing actionable information for clients. Other private companies provide satellite monitoring of a range of pollutants; however, because of our selective focus, our sensor offers 100x greater accuracy for methane and much greater coverage and frequency of measurements. Finally, our unique dataset and AI creates a data ‘moat’ preventing competitors from providing our level of analytics.

Planned Goals and Milestones

We’re currently demonstrating our sensor for clients in advance of building our microsat sensors. In 2019, we’ll be delivering data to the large oil & gas companies via our aerial sensor, and scheduled to launch our microsatellites in early 2020.
RecruitWe’re expanding and looking to hire another optical engineer.


Mar 2018
Key Partnership
Jan 2017
Date Unknown
New Country Implemented In
United States