biogas

California’s Capstone Lands French Biogas-to-Energy Project 

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Capstone Turbine, based in California, has secured a 400 kW microturbine sale to power another biogas-to-energy project in France. The order for the lightweight and compact 3-bay C400 Signature Series package was secured by Biogaz Services, Capstone’s distributor for renewable energy in France.
California’s Capstone Lands French Biogas-to-Energy Project 
Courtesy of Capstone Turbine

The microturbine package will operate on renewable biogas from the methane generated from agricultural green waste, cow manure, and pig manure. The Capstone C400S will be coupled with an exhaust fired heat exchanger and will utilize the biogas to produce electricity that will be put back on the local French electrical grid while the thermal energy generated from the microturbine exhaust will feed a nearby hospital.

France has strict ecological regulations, which Capstone microturbines are able to meet, helping to reduce the impact on the environment.

The renewable energy market has traditionally been Capstone’s third-largest market vertical and represented 7 percent of revenue in fiscal 2019. However, in May the company announced a 9.6 MW renewable energy biogas order which was the largest order received by Capstone in the company’s history. The market for biogas and renewable natural gas (RNG) are gaining popularity as customers continue to look for ways to create a lower-carbon environment and a clean energy future.

“Capstone is excited to be an essential part of the development of these biogas projects and helping create renewable biogas-to-energy and renewable natural gas-to-energy projects as the new fuels of choice in the green economy,” said Darren Jamison, Capstone’s President and Chief Executive Officer.

 “Capstone microturbines were the logical choice as our technology is flexible with the ability to turn units off to match variations in the methane that is produced,” said Jim Crouse, Executive Vice President of Sales and Marketing at Capstone. “This built-in flexibility also provides higher efficiency as compared to a single, large, traditional power generation solution."

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