Methane Monitoring Goes Live as Kuva Ups the Stakes

Kuva Systems lands DOE deal for real-time methane tracking, covering 175 sites with instant alerts and setting a bold new bar for EPA compliance

24 Jan 2025

A US energy technology company has secured a federal contract to roll out real-time methane monitoring across dozens of oil and gas facilities, highlighting a shift away from periodic inspections as regulators tighten emissions rules.

Kuva Systems has been awarded a contract by the US Department of Energy to deploy its methane detection cameras at 175 energy sites nationwide. The programme is intended to test whether continuous monitoring can cut emissions more quickly and improve compliance with new environmental standards.

Unlike conventional leak detection, which relies on scheduled inspections using handheld equipment or aircraft, Kuva’s system uses fixed cameras to monitor facilities around the clock. The cameras identify methane plumes as they occur and send alerts to operators, allowing repairs to be made more rapidly.

Methane is a powerful greenhouse gas, with a much higher warming effect than carbon dioxide over short periods. Reducing leaks from oil and gas operations has therefore become a priority for regulators and for companies seeking to limit climate and financial risk.

The deployment comes as the Environmental Protection Agency moves to enforce stricter methane rules, including requirements for faster detection and repair of leaks. Continuous monitoring systems are increasingly seen as a way to meet those obligations while reducing operational disruption.

Industry executives say real-time data changes how companies manage emissions, shifting the focus from compliance exercises to day-to-day operational control. Early users of continuous monitoring technology report quicker repairs, fewer unplanned shutdowns and lower exposure to regulatory penalties.

Kuva is not the only group working in the area. Large producers such as Chevron and Devon Energy have tested a range of approaches, including drones, satellites and artificial intelligence tools that analyse emissions data. The sector is experimenting with multiple technologies as it weighs cost, accuracy and ease of deployment.

Smaller operators face particular challenges, as installing fixed systems can be expensive and technically complex, especially at older sites. Analysts say this could widen the gap between large producers and independents as regulation becomes more demanding.

Still, the backing of the Department of Energy suggests policymakers see continuous monitoring as a central part of future emissions control. As scrutiny of methane intensifies, real-time detection is moving from a niche option to a core feature of oil and gas operations.