Enzymes Increase Biogas Production from Organic Waste Material, Offering New Revenue Stream and Increased Renewable Electricity
LEIDEN, THE NETHERLANDS (PRWEB) JANUARY 26, 2017
DuPont Industrial Biosciences has been awarded a grant from the European Commission to demonstrate high-efficiency enzyme production to increase biogas yields as part of the DEMETER project, funded from the Bio Based Industries Joint Undertaking under the European Union’s Horizon 2020 Research and Innovation program. Enzyme technology has been proven to improve biogas yields and process robustness, ultimately increasing customers’ revenue and profitability while increasing offerings in renewable energy.
The DEMETER project is expected to demonstrate a yield increase and cost reduction in the production process for biogas enzymes, which can improve the economics of biogas production in Europe. DEMETER includes an entire value chain of biogas experts including: DuPont (enzymes), Miavit (biogas ingredients distributor), Bio Base Europe (pilot plant), OWS (anaerobic digester expertise), DBFZ (biogas research centre), Ciaotech (economic and environmental evaluation), and Biomoer (biogas farm). The project is expected to be completed over the next three years.
“DuPont is proud to be a partner in project DEMETER and to apply our decades of experience in the global industrial enzyme business to supporting the continued growth of the biogas sector in the European Union and around the world,” said Conrad Burke, global marketing director. “Ultimately, this project will demonstrate to biomethane producers the power of enzymes to improve biogas yields and process robustness, ultimately increasing their revenue and profitability.”
The grant will be used to improve and scale-up the enzyme-producing fermentation process to reach a cost reduction of at least 15 percent and to demonstrate the efficiency of the enzymes in biogas field trials in Europe. Methane biogas is primarily used to generate electricity or is compressed and inserted into the pipeline gas grid.