Mascoma, a leading provider of bioconversion technology, announced that its consolidated bioprocessing technology (CBP) has been used to produce over 1 billion gallons of renewable fuel. This achievement is a key commercial milestone for its MGT® yeast products including TransFerm® and TransFerm Yield+™.

“We are tremendously excited about achieving this important commercial milestone,” said Bill Brady, President and CEO of Mascoma. “In less than 18 months, we have accomplished remarkable growth of the TransFerm product line, to the extent that almost a quarter of current U.S. ethanol production is utilizing our yeast technology today. This is a big step in our overall goal to establish Mascoma’s consolidated bioprocessing technology platform as the standard in bioconversion of biomass to replacements for petroleum products.”

TransFerm is an advanced bioengineered replacement for conventional fermenting yeast that lowers costs for corn ethanol producers by alleviating the need to purchase a significant amount of the expensive enzymes currently used in corn ethanol production.

Presently, TransFerm is used commercially in approximately 20% of operational corn ethanol facilities in the U.S. In addition, commercial-scale trials are underway at many other corn ethanol producers.

TransFerm Yield+, recently introduced into the market, offers advantages comparable to TransFerm as well as significant additional benefits including reducing the production of glycerol and improving ethanol yield. In commercial-scale trials at a number of corn ethanol producers, this product has demonstrated ethanol yield improvements of up to 4%.

Ethanol production economics are driven by the margin between the value of the products, mainly ethanol and distillers’ grains, and the input costs, mainly corn, energy, and purchased enzymes. The TransFerm line of products not only allows producers to reduce their expense of purchased enzymes, but also to gain significant increases in the amount of ethanol produced. This allows the potential combined savings for a typical ethanol plant to be in the millions of dollars annually.