VRUs

Methane Regulations & VRU's Alberta methane regulations do more than set compliance targets. They directly affect how vapour recovery systems are selected, sized, and operated at upstream sites. For operators, that means the equipment choice has to work in the real world, not just on paper. A system that looks adequate in theory may still create compliance problems if it cannot handle site conditions consistently. The practical impact is important. Regulations do not just inf

Vapour Recovery Unit Maintenance Vapour recovery unit maintenance has a direct effect on uptime, recovery performance, and emissions compliance. A VRU system that is not maintained properly will usually show signs of trouble before it fails completely. Most failures are avoidable. They usually begin with small issues that build up over time, especially when the unit is running in demanding field conditions. In many cases, the problem is not one major event but a series of min

The vapour recovery unit vs flare decision comes down to whether a site is trying to recover gas or destroy it. A flare burns vapours, while a VRU captures them and sends them back into the process or product stream. Both systems have a place in oil and gas operations, but they solve different problems. Flaring is often used for upset conditions or backup control, while VRUs are better suited to routine vapour handling when product recovery matters. For operators, the real qu

Vapour recovery unit sizing is one of the most important parts of any recovery project. A system that is too small may not keep up with vapour generation, while a system that is too large can add unnecessary cost without improving performance. The right size is the one that fits the site’s actual operating conditions, not just a general assumption about flow. Every oil and gas site produces a different vapour profile. Tank size, fluid composition, operating pressure, temperat

For Canadian oil and gas operators, investing in a vapour recovery unit system is often driven by compliance requirements. However, beyond meeting regulatory requirements, these systems offer strong financial returns, making them a strategic investment. Your VRU ROI could be monetarily worthwhile, in addition to being compliant and forward-thinking. When hydrocarbon vapours are vented, valuable product is lost. Over time, this loss can add up to significant revenue leakage. V

VRU Systems for Oil Storage Tanks In Canadian oil and gas operations, storage tanks are one of the most common sources of hydrocarbon emissions, following pneumatic controllers. As liquids are stored, transferred and exposed to temperature changes, vapours naturally build up inside the tank. Without proper control, these vapours are released into the atmosphere, resulting in product loss and increased emissions. VRU systems are specifically designed to address this issue. By

VRU systems have become one of the most effective tools for controlling – and even repurposing – emissions in oil and gas operations. A VRU package plays a direct role in reducing greenhouse gas emissions, which is an important environmental standard the world over. Methane, in particular, is a potent greenhouse gas, and even small reductions can have a significant impact. In addition to methane, vapour recovery helps control VOC emissions, which are linked to air quality co

At Eagle Pump & Compressor, we understand both the technical demands of vapour capture and the regulatory environment that governs it. From upstream tank batteries to downstream loading facilities, each application requires a tailored approach that balances performance, durability and compliance. We also appreciate that Albertan and Canadian operators must consider regional conditions. Climate, infrastructure and production variability all influence how a vapour recovery uni

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