Reducing methane venting, fugitives and flaring represents one of the most significant emissions reduction opportunities for industry
Advanced methane monitoring and detection
Detect, reduce, and prevent methane leaks with our continuous land-based or aerial drone based digital methane monitoring systems across fleet-wide areas and single sites.
Flare optimization and flare gas processing solutions
Our flare management solutions can cut up to 12,100 metric tons of CO2 equivalent emissions annually per flare, reduce methane emissions, ensure high efficiency flare combustion, and reduce steam usage. We support de-flaring and gas processing with turnkey plant solutions and advanced rotating equipment.
‘Zero-bleed’ valves to control fugitives and leakage
Valves and controls are one of the largest sources of methane emissions in oil and gas production and downstream processing. In a plant environment, our control valves reduce fugitive leakage through emission containment and bellow seals to provide zero leakage to the atmosphere.
Learn more about our emissions management technologies
Accurately and efficiently identifying sources of methane emissions enables faster response, reduces emissions and lowers cost. Our emissions monitoring systems provide localization and quantification of methane emissions, general asset inspections, and alert customers of any anomalies.
Using modular gas processing, our turbomachinery solutions can capture flare gas for use as a highly efficient power source. Our compression technology upgrades can also help reduce fugitive venting on installed equipment.
Flaring is one of the largest causes of carbon emissions across the oil and gas sector. Our flare meter, flare.IQ, reduces methane emissions, ensures high-efficiency flare combustion and reduce steam usage. flare.IQ also helps customers manage their flare assets remotely.