Internationally, companies are pledging carbon neutral targets and taking action to eliminate devices or processes that have high Greenhouse Gas (GHG) emissions. In the North American oil and gas market, we are working with many clients to size, power, and compress air to replace instrument gas to avoid venting of methane on pneumatic devices.
Clients have a dizzying array of choices on how to meet regulations or corporate environmental goals. Some common drivers include capital cost, operating cost, fuel consumption, emissions, simplicity of maintenance, site access and funding.
Once instrument air systems are installed, clients may benefit from tax credits, carbon credits, funding and/or improved corporate environment metrics to meet their strategic goals. However, if not installed in a timely manner, the risks to operators can include carbon taxes, poor environmental perceptions or even suspended production.
Global Power Technologies (GPT) was the first company to design, engineer, and commission Instrument Air systems in Canada for an off-grid multi-well pad application. Since that time, GPT has continued to improve upon Instrument Air systems, implementing new features to allow for ease of operation while significantly reducing system costs.
GPT’s EZ-AIR Instrument Gas to Air Systems have been designed to eliminate pneumatic venting methane (CH4) emissions by using natural gas as a clean fuel source to generate electricity and/or compressed air efficiently and reliably.
EZ-AIR Systems Feature:
One key feature of the EZ-AIR System is the simple fact it’s mechanic maintainable. Your trained team or trained local service team can perform the simple 4-hour maintenance scheduled every 6–12 months depending on usage – And GPT is available to perform the service, if needed.
Competitive technologies, like Stirling engine-based systems, claim zero maintenance when in fact these systems require specialized engineers to check and service the unit. Bringing specialists on-site or removing and returning a system of this size is not only time-consuming, but very expensive.
When evaluating power generation options to drive an off-grid instrument air system, it’s important to choose a system with the greatest efficiency and lowest emissions. After all, these systems are installed with a goal to lower emissions. GPT’s natural gas and propane internal combustion engines (M-Series) are at least 40% more efficient, and up to 62% more efficient, in comparison to Stirling-based systems. The efficiency gain translates directly to lower emissions – rewarding you with 40-62% lower GHG emissions. Newer technology is not always better for the environment, so it pays to evaluate efficiency and emissions of the combined power and instrument air offerings.
This chart illustrates GPT’s CHP emissions vs. Stirling-based instrument air systems over a one-year period:
All GPT systems are designed and manufactured in Canada with technicians and support teams located in both Canada and the USA – Easy. Maintainable. Efficient.
If you would like to learn more about the most reliable and efficient way to reduce methane emissions, by the most experienced team of remote power specialists, contact GPT today at email@example.com or by phone at (403) 236-5556. We would love to talk to you.
With minimal training, our systems are easily serviced yourself, but we are available to provide professional service any time, any place.
16, 7875 – 57 Street SE
Calgary, AB, Canada T2C 5K7