VRUs

In Canada’s evolving regulatory landscape, vapour recovery units for oil and gas solutions have become a cornerstone of responsible production. As methane and VOC emissions face tighter controls, operators are expected to capture and conserve gas that was once routinely vented. This shift is not only about compliance, but also about improving efficiency and reducing waste across the entire operation. Economic and Environmental Benefits of VRUs The value of using VRUs in the

Across Canada’s oil and gas sector, VRU systems have become essential for both environmental compliance and operational efficiency. With tightening methane and VOC regulations , operators are under increasing pressure to reduce emissions while maintaining profitability. Vapour recovery units are one of the most effective tools available to meet both goals. In upstream applications, VRU systems capture low-pressure hydrocarbon vapours from storage tanks and process equipment

Beyond the core components, a vapour recovery unit package is only as reliable as the integration of those components. Piping design, elevation data, and liquid handling theories all influence long-term performance. Poorly sloped piping or insufficient drain points can allow liquids to accumulate upstream of the compressor, increasing the risk of slugging and mechanical damage. For that reason, VRU packages are often designed with deliberate piping geometry and dedicated liqu

VRUs address ongoing issues with tank vapours in industrial systems. Tank vapours are volatile organic compounds (VOCs) released from liquids stored in tanks, such as fuel or oil. They are a product loss, an emissions risk, and, in many cases, a compliance issue. A vapour recovery unit , often shortened to VRU , is designed to capture harmful vapours that would otherwise vent to the atmosphere and compress them for reuse. The U.S. EPA describes VRU operation as "pulling hyd