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HyPower Fuel Inc. (HYPF.PK) Announced Utilization of Green Technologies to Produce Cost Effective Biofuels

HyPower Fuel Inc., a leading company in the energy technology sector focused on providing innovative alternative energy using environmentally beneficial processes with the use of its products such as the Hydro Power Pak (HPP), Hydrogen Reactor (H2R), Interface Control Module (ICM), and Bio-Lube, announced the active development, utilizing the Company’s creative, green technologies, of more efficient and cost effective biofuels.

President of HyPower Fuel, Douglas Bender said, “Our new focus came as a result of some opportunities that presented themselves through major potential clients. One of the new applications for our technology has been the more efficient and cost effective production of biofuels. We have establisedh the HyPower Biofuels Limited Partnership to jointly develop and commercialize what we believe to be the most efficient method of producing biofuels in general which includes biodiesel.”

Mr. Douglas continues in saying, “We have designed and built a small scale biodiesel plant for which we developed an oxy-hydrogen charge reactor based on our H2 Reactor technology. The results that we have achieved on the production of biodiesel can best be described as a great advance in biodiesel production. We have had a number of national and international potential clients visit us recently with the intention of purchasing the rights to the technology for single plants and for entire countries. We are confident that our shareholders will see HyPower achieve impressive profitable operations this year.”

A significant amount of hydrogen is required to run a gasoline engine on 100% hydrogen because of differences in density. A technology is presently under development that will produce enough hydrogen on demand to power a gasoline engine. A demonstration project is anticipated in the very near future. This demonstration will show that the H2R will efficiently and safely produce large quantities of hydrogen using very little electrical current.

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