and a “perpetual” revenue model based on usage fee for Summerhill.

This also solves the “bulk” of biomass problem and associated transportation issues

Summerhill possesses the key to the symbiotic relationship between a deep understanding of the agricultural market and economic viability of powdered fuels in the biomass market.

Safe and reliable. Waste and byproducts derived from materials such as Alfalfa, Cane, Citrus, Corn, Flax, Manure, Sewage, Sorghum, Switchgrass, and Wood can be leveraged to create storable fuel and energy. Powdered biomass can enhance efficiency of cellulose to ethanol and diodigester processes by using byproduct for heat recovery in operations. Further, it is well documented across many industries to be easily and safely transported.

Efficiency: Summerhill methods recover high percentages of energy stored in biomass without use of complex fermentation processes, fertilizer, food crops, or cultivated land.

The Summerhill process is easily inserted in the farm/processor/storage hub model that is inherent to agriculture. While most economic commercialization timelines for cleantech and green technology are expected to be 15-20 years, investors, the U.S. government and affiliates would like to see a reduced timeline of to three to five years. Since Summerhill leverages existing assets and ways of doing business, the company is confident it can achieve commercialization with an attractive ROI on a three to five year schedule.

Summerhill’s strategy is to focus its suite of solutions at each point in a mapped ecosystem, and integrate at every point of the supply chain via licensing, royalti