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Interview with Mark Holtzapple of StarRotor Continuous Cycle Engine
At about half the size of a normal car engine, the concept is
purportedly two to three times more efficient than conventional internal
combustion engines, anticipating 60 to 90 mpg once integrated into automotive
applications.
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StarRotor
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Mark Holtzapple
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COLLEGE STATION, TX, USA -- On Sept. 9, 2006, from 3:00 to 3:55 pm Pacific time,
Sterling D. Allan of PES Network (PESN) will be doing a live
interview with Mark Holtzapple, co-inventor of the StarRotor Continuous Cycle
Engine.
The technology, which PESN highlighted last year, is featured this month in Popular
Science magazine in an article titled 'The
Race to 100 MPG".
Holtzapple, a professor of Chemical Engineering at Texas A&M, was attempting
to build a better air conditioner when he came upon the concept that is now the
StarRotor engine. What he came up with is a compact Brayton-cycle engine
capable of being powered by any type of fuel. The Brayton-cycle engine is
the same thermodynamic cycle employed by jet engines.
The basic concept in Holtzapple's design is that the exhaust heats the incoming
air enabling an efficiency of up to 65%, which is two or three times more
efficient than the conventional internal combustion engine. Most existing
engines waste a majority of the fuel energy out the exhaust and radiator.
At five years old, the company is now closing its third contract to build a
compressor commercially; and hopes to eventually penetrate the automobile
industry. While they have the compressor portion of the engine perfected,
they have yet to refine the expander portion to a point that they can produce it
commercially. Once that is done, the number of applications will increase
substantially.
Holtzapple is presently being featured on the Texas A&M Engineering
website's "Distinguished
Lecture Series" page. He was one of two TAMU professors selected
in the 2005-2006 school year to receive this distinction. The feature page
includes links to his lecture and power point presentation, which addresses the
StarRotor technology.
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Page composed by SDA
Sept. 8, 2006
Last updated September 09, 2006
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