Value proposition

Reimagining Reusable Resources

On a planet with over seven billion people, our mission is to re-imagine reusable resources to create a valuable supply chain of products for farms, food processors and municipalities through the process of anaerobic digestion.

Through our work as the exclusive builder and operator in the Western U.S. of the only American designed digester on the market (from DVO, Inc.), we have already reduced carbon emissions by 200,000 tones per year in Washington, Oregon, Idaho and California.

Regenis symbolizes both the GENESIS of our planet's reusable organic REsources and the leadership that propels the company with a commitment to honesty and integrity in dealing with our partners.

Our digesters capture methane (a potent greenhouse gas) from decomposing organic waste and convert it into clean electricity that can be used to power farms and factories, sold to the local utility at a profit or turned into renewable natural gas for trucks and car fleets.

Because the digestion process removes virtually all pathogens, remaining solids can be used for animal bedding or as a peat moss replacement, while cleaner water can be used as a nutrient rich irrigation for crops, which, in turn, can be used to help the yields of animal feed.

Along with Washington State University, we've pioneered a nutrient recovery system, which removes nitrogen and phosphorous from the post-digestion liquid and can be used to offset the need for fossil-fuel based fertilizers. Meanwhile, the remaining liquid is now clean enough to use on farms and factories and is harmless to local watersheds.

Our virtuous cycle leaves nothing to waste, creating a cycle of value for our clients while putting them on the cutting edge of sustainability.

Anaerobic Digester Construction, Gas Scrubbers, Nutrient Recovery Systems, Waste-To-Energy, Dairy Digesters, Methane Capture from Organic Waste, Phosphorous Recovery, Nitrogen Recovery, Bacteria-Free Animal Bedding, Sustainable Agriculture, Anaerobic Digester Maintenance, Anaerobic Digester Operations, and Biofertilizer Recovery