Vent Gas Capture Systems (VGCS) convert routine vent streams into useful gas while maintaining zero or near-zero backpressure at the source. The result is measurable emissions reduction, cleaner reporting, and improved site efficiency without disrupting existing equipment.
Vent Gas Capture Systems (VGCS) are a powerful tool in reducing methane emissions in natural gas operations. In Canada, where emissions regulations are tightening and taxes are on the rise, the demand for VGCS in industrial environments is growing steadily.
If you're managing an upstream or midstream facility and searching for practical ways to reduce vented methane, improve ESG performance, or meet regulations like Canada's federal methane reduction rules, this guide is for you.
The oil and gas industry continues to feel increasing pressure to reduce greenhouse gas (GHG) emissions, with methane mitigation emerging as a top priority. Methane, a potent GHG with a global warming potential (GWP) approximately 25 times greater than carbon dioxide, is frequently released during production, compression, and storage activities.
Vent Gas Capture Systems (VGCS) have become a reliable, field-proven solution to address routine venting and recover valuable hydrocarbons. This article provides a detailed, engineering-focused overview of vent gas capture technology, its applications, system advantages, and considerations for implementation.
In Canada’s natural gas sector, compressors aid in gathering, processing, and transmission. As operators aim to improve efficiency and reduce emissions, some have considered retrofitting older compressors with sliding valve mechanisms. While common in some compressors, slide valves are not standard in all installations, raising the question: can they be retrofitted?
Natural gas compression systems often face widely varying pressures and flow rates. Sliding valve compressors are engineered to adapt with adjustable internal valves that modulate capacity in real time. This precise control allows them to maintain high efficiency even as operating conditions change.
Two of the most commonly used natural gas compressor types are sliding valve compressors and screw compressors. Sliding valve compressors offer precise capacity control and maintain efficiency under variable loads, while screw compressors are recognized for being simpler and highly reliable. This guide will provide an analysis of sliding valve technology and its applications in natural gas compression, with a concise comparison to screw compressors. By conveying the strengths and limitations of each system, we aim to help industry professionals make informed decisions for their unique operations.
Rotary screw compressors are heavily relied on in natural gas operations, from extraction to processing. Their design and performance make them indispensable for maintaining flow and pressure across the supply chain. This article examines the role of rotary screw compressors in natural gas operations, highlighting their importance in efficient compression.
Rotary screw compressors play an essential role in natural gas operations, providing reliable and efficient gas compression that keeps everything running smoothly. In this blog, we’ll explore the top five benefits that make these compressors a go-to choice for natural gas applications.
Rotary screw compressors are a critical asset in gas operations, where reliability and efficiency can't be overlooked. This FAQ guide delivers in-depth technical insights into rotary screw compressors, equipping industry professionals with the knowledge necessary to optimize performance and make informed decisions.
Natural gas has long been a staple energy source for businesses due to its efficiency, cost-effectiveness, and lower environmental impact compared to other fossil fuels. However, with increasing emphasis on sustainability, Renewable Natural Gas (RNG) is a viable alternative. This article explains the key differences between RNG and conventional natural gas, examining their performance, benefits, and implications for businesses.