Kairos Aerospace, established in 2014 and located in Sunnyvale, California, focuses on aerial methane detection and emissions monitoring for the oil and gas sector. The company has developed a patented technology called the LeakSurveyor, which utilizes advanced aerial imaging techniques to efficiently identify methane leaks across vast areas. This system can monitor up to 100 square miles per day, significantly surpassing traditional ground inspection methods. The benefits of their technology include improved compliance with evolving regulations, enhanced safety, and better brand reputation for clients. Since its inception, Kairos Aerospace has surveyed extensive oilfields, preventing the release of over 18 billion cubic feet of methane into the atmosphere. In July 2024, the company raised $26 million in funding to expand its operations and enhance its services. With its innovative approach, Kairos Aerospace aims to address the critical issue of methane emissions in the oil and gas industry effectively.

GHGSat is a Canadian company specializing in satellite-based monitoring of greenhouse gas emissions, particularly methane. Established in 2011, it provides high-resolution, facility-specific data to industries, governments, and environmental agencies. By detecting emissions from sources like oil wells, landfills, and industrial facilities, GHGSat enables stakeholders to identify and address emission leaks in real-time, making it easier to mitigate environmental impacts. The company launched its first satellite, Claire, in 2016 and has since expanded its fleet. GHGSat’s technology can detect emissions from space, offering data services that can be used for regulatory compliance, environmental reporting, and carbon market validation. Its online platform allows clients to track emission trends over time, supporting global efforts to combat climate change. By providing transparent, independent data, GHGSat helps improve operational efficiency, reduce emissions, and support the global transition to a low-carbon economy.

Kuva Systems, founded in 2016, offers a specialized IoT platform combining short-wave infrared (SWIR) cameras and data analytics to detect and reduce methane and volatile organic compound (VOC) emissions in real-time. The platform visually monitors emissions for oil and gas companies, providing immediate alerts about the time, location, and intensity of leaks. This allows for precise, timely interventions to minimize environmental damage, which is crucial as methane is a potent greenhouse gas. With over 20 clients in the energy sector, Kuva’s solutions help businesses meet increasingly stringent environmental regulations and achieve their environmental, social, and governance (ESG) targets. The company's technology plays a vital role in reducing climate-related risks by helping to pinpoint "super-emitters," such as tanks and flares. By making methane leaks visible and manageable, Kuva Systems supports both operational efficiency and sustainability​.

Frost Methane Labs is dedicated to tackling the environmental challenge of methane emissions, particularly those from thawing permafrost and other natural sources. Methane is a highly potent greenhouse gas, and its release from natural landscapes contributes significantly to climate change. Frost Methane Labs designs and deploys innovative technologies to capture and convert this methane, transforming what would be a harmful atmospheric release into a potential source of energy. Their approach combines on-the-ground capture technology with advanced data analytics to monitor, measure, and manage methane emissions in real-time, even in remote locations. By converting methane into energy, Frost Methane Labs not only mitigates its environmental impact but also creates sustainable energy opportunities. Their solutions offer a scalable way to address climate goals, supporting global efforts to limit greenhouse gas emissions and reduce the carbon footprint of natural landscapes.

Carbon Recycling International (CRI) is a global leader in renewable methanol production, addressing climate change by transforming carbon dioxide (CO₂) emissions into valuable products. Utilizing cutting-edge technology, CRI captures CO₂ from industrial sources and combines it with hydrogen produced using renewable electricity. The result is sustainable methanol, a versatile chemical used in fuels, plastics, and various industrial processes. This innovative approach not only reduces greenhouse gas emissions but also supports a circular economy by creating practical applications for captured carbon. CRI's pioneering technology has positioned the company at the forefront of sustainable chemical production, offering scalable solutions for industries seeking to minimize their environmental impact. By focusing on renewable energy integration and carbon utilization, CRI contributes to global efforts to transition toward a low-carbon future. Their work represents a crucial step in developing sustainable energy and chemical ecosystems for a more environmentally responsible world.