logo
menu
← Return to the newsfeed...

Oklahoma pork waste to biogas plant can power 5,300 homes

Operations have started at a new biogas upgrading plant (BUP) in Guymon, Oklahoma. Operated by High Plains Bioenergy, a subsidiary of Seaboard Foods, the new plant produces pipeline quality renewable natural gas, which is collected from the biogas collected from the wastewater treatment system at the nearby Seaboard Foods pork processing plant.

Previously, Seaboard Foods recovered raw biogas from three anaerobic wastewater lagoons at the pork processing plant. However, this raw biogas was only suitable to heat the boilers at the processing. The new BUP increases the quality of the biogas through a pressure swing absorption process to produce pipeline quality renewable natural gas.

The updated plant will be able to produce 440 million standard cubic feet per year of recovered natural gas that will be sold to utility companies to generate electricity for more than 5,300 homes annually.

"High Plains Bioenergy is dedicated to finding alternative energy sources and using the byproducts of the Seaboard Foods connected system responsibly and in a renewable way," says Gary Louis, executive vice president of Seaboard Foods.

"With our new biogas recovery plant, we're doing exactly what HPB has been charged to do, by taking what is often considered a waste product and making renewable energy from it."

As well as the biogas recovery plant, High Plains Bioenergy operates biodiesel plants in Guymon, Oklahoma. and St. Joseph, Missouri. The Guymon biodiesel plant uses fat from the Guymon pork processing plant as the feedstock and the St. Joseph biodiesel plant uses vegetable oils as the primary feedstock. They also operate compressed natural gas (CNG) stations for vehicles in the connected food system and for the public.

Register now for Bioenergy Insight Conference & Expo 2017 for two days of essential learning to network with experts, sharpen your bioenergy knowledge and improve your skills, on 4-5 October. 





205 queries in 0.718 seconds.