
High Plains Bioenergy (HPB), with corporate headquarters in Shawnee Mission, Kansas, a subsidiary of Shawnee Mission, Kansas-based Seaboard Foods, plans to upgrade their anaerobic digestion-derived biogas to renewable natural gas using a Carbotech pressure swing adsorption (PSA) system from Bioferm Energy Systems/Viessmann Group, Madison, Wisconsin. Located in Guymon, Oklahoma, HPB currently fuels boilers with the biogas created from the anaerobic digestion of food processing pork waste, but has identified gas upgrading and natural gas grid injection as a better alternative biogas end-use to enable the highest possible return.
“One strategic element of our business model is an emphasis on identifying opportunities, which result in economic as well as environmental benefits through the use of Seaboard Foods’ various waste streams. After a long and comprehensive vetting process, we have decided to partner with Bioferm on this project. Their commitment to cutting-edge technology and unmatched output gas specifications were among the many reasons for our decision,” says Gene Binder, director of sales and business development at HPB.
Bioferm’s installation in Guymon will consist of a complete, integrated gas upgrading system—from biogas filtration, to biogas compression, through upgrading to natural gas pipeline quality requirements and treatment of off-gas—including a performance guarantee and comprehensive control system for the whole package.
HPB’s dedication to clean energy, fuel and waste management alternatives from and for Seaboard Foods’ operations helps promote sustainable food systems and communities. Aiding these efforts, their new BUP2000 gas upgrading system will annually produce 440 million standard cubic feet (scf) of renewable natural gas (RNG) for grid injection at full capacity—equivalent to 3,371,544 gas gallon equivalent’s (GGE) per year and displacing the gasoline usage for approximately 6,743 cars.
Once finished, HPB‘s Carbotech PSA upgrading system will have a raw biogas processing capacity of 1200 standard cubic feet per minute and an expected product gas composition with almost 96 percent methane, despite the high oxygen and nitrogen portion in the raw gas.
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