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Gevo to deploy Shockwave process to lower the carbon intensity of its ethanol, isobutanol

Gevo, Inc. has entered into two separate operating leases and service agreements with Shockwave LLC to install Shockwave’s Thermodynamic Corn Fractionation Process as well as related technology and equipment at Gevo’s production facility in Luverne, MN. Shockwave is financing its equipment required for this multi-million dollar project and is providing certain performance guarantees for the Shockwave Process.

Shockwave’s Thermodynamic Corn Fractionation Process is a front-end corn fractionation platform that uses high velocity air and pressure changes to fractionate solid materials, providing an novel, low-cost approach to separating the corn kernel into the various fractions including a higher-starch feed for fermentation as well as germ and fiber.

After successful pilot and demonstration-scale testing, Shockwave announced in June 2018 the commercial release of its corn fractionation platform. In addition, Shockwave’s proprietary particle size reduction technology has been commercially deployed in several other applications including value-added products for the agricultural, post-consumer waste and mining industries.

The Shockwave Process is expected to improve profitability of Gevo’s Luverne Facility by lowering the cost of ethanol and isobutanol production, increasing the number and value of feed and protein products, producing corn oil for food use, and helping to lower the overall carbon footprint for the facility.

The Shockwave Process is expected to be operational during the first quarter of 2019. Gevo’s deployment of this process is an important step of its previously announced strategy to deploy capital at its Luverne Facility, and to make certain changes and improvements to produce low-carbon ethanol side-by-side with low-carbon isobutanol.

In addition to the Shockwave Process, Gevo also plans to debottleneck production and optimize the Luverne Facility’s energy and equipment infrastructure to use lower amounts of fossil-based energy sources to fully implement its strategy to produce low-carbon intensity ethanol.

We are committed to low-carbon intensity fuels as well as value-added products that can go into the food chain. We plan to use sustainable, low carbon intensity, non-food corn as a raw material, process the corn, upgrading the protein, and making it suitable to go into higher-value feeds and the food chain.

The corn oil we plan on producing with the Shockwave Process is expected to be food-grade rather than fuel-grade. Once the protein and oil are sufficiently captured, we will process the residual carbohydrates, fermenting them to low-carbon intensity ethanol, and ultimately low-carbon intensity isobutanol, once we fully build out our Luverne site.

We project that we would generate on the order of 10 pounds of protein and feed for the food chain for every gallon of renewable jet fuel that we would produce. No longer do we have to think about competition for land between food and low carbon intensity fuels, we believe we could do them both, sustainably.

—Dr. Patrick Gruber, Gevo CEO

Gevo has developed proprietary technology that uses a combination of synthetic biology, metabolic engineering, chemistry and chemical engineering to focus primarily on the production of isobutanol, as well as related products from renewable feedstocks. Gevo’s strategy is to commercialize bio-based alternatives to petroleum-based products to allow for the optimization of fermentation facilities’ assets, with the ultimate goal of maximizing cash flows from the operation of those assets.

Gevo produces isobutanol, ethanol and high-value animal feed at its fermentation plant in Luverne, MN. Gevo has also developed technology to produce hydrocarbon products from renewable alcohols.


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