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http://browniesmarinegroup.com/mie-marine-energy-project Could this revolutionize the entire world energy production? Test Results The impact heating chamber, in this instance, used a single high pressure water injector and produced sufficient steam to drive the engine at about 70 rpm. The impact chamber employed in this test was the original device designed to validate the impact heating concept and is not the actual production system. A significant accomplishment of the test was the instantaneous starting and stopping of the steam engine via computer control of the MIE system. The steam is generated instantly and on demand. This is an important concept, demonstrating the efficacy of a steam generation system that doesn't use a boiler. The next version of the system will have four computer controlled ultra-high pressure injectors and will be capable of producing sufficient steam to run the engine at a rate adequate to drive the steam electric generator unit capable of producing 14 kilowatts of continuous electrical power. Mr. Carmichael concluded, "This is a major step forward in proving the viability of this technology by utilizing the resources and knowledge we have developed at Brownie's, to conquer the energy efficiency challenges we all face. As we continue to progress on the MIE marine applications, and on other valuable patents we hold that we have yet to commercialize, we expect to substantially increase the enterprise value of Brownie's for our shareholders." For more information on the MIE project see: http://browniesmarinegroup.com/mie-marine-energy-project