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The Suppression <strong>of</strong> Fuel Savers <strong>and</strong> Alternate Energy Resources 491<br />

exp<strong>and</strong>able gases. Instead <strong>of</strong> burning a fuel, this engine used electricity to<br />

exp<strong>and</strong> the gas in hermetically sealed cylinders. Far from being complex,<br />

the first prototype used a ninety horsepower Volvo automobile engine<br />

with upper end modifications. Attaching the Volvo pistons to pistons fitting<br />

the sealed cylinders, the engine worked perfectly <strong>and</strong> showed an output<br />

<strong>of</strong> three hundred horsepower. In a December 1968 Private Pilot article,<br />

the inventor, Joseph Papp, claimed that it would cost about twenty<br />

five dollars to charge each cylinder every sixty thous<strong>and</strong> miles. Subscribers<br />

couldn't help but wonder why Private Pilot soon changed<br />

h<strong>and</strong>s, moved across the country, <strong>and</strong> failed to follow up on this project as<br />

promised.<br />

Two Chamber Combustion<br />

Because very lean mixtures <strong>of</strong> fuel do not ignite easily, there were numerous<br />

attempts at solving the problem with a separate <strong>and</strong> smaller compression<br />

chamber. By feeding gas separately to such a chamber, it could easily<br />

detonate the very lean mixtures in the larger chamber.<br />

A patent in the early 20s covered this idea <strong>and</strong> Ford perfected the idea<br />

shortly after the war. It actually wasn't until the mid-70s that Honda <strong>of</strong><br />

Japan used the design to make a joke <strong>of</strong> the various emission control<br />

efforts <strong>of</strong> the U.S. auto industry. (See numerous Popular Science articles,<br />

like 768.4.)<br />

Salter's Ducks<br />

While confined to his bed a couple <strong>of</strong> days, an Edinburgh pr<strong>of</strong>essor doodled<br />

up a method <strong>of</strong> using ocean wave action to produce an amazing<br />

amount <strong>of</strong> electric energy. Large pods shaped something like a duck simply<br />

bobbed up <strong>and</strong> down in a pumping action that used 90 percent <strong>of</strong> the<br />

waves' energy. Scale models actually functioned perfectly <strong>and</strong> indicated<br />

that larger units should produce hundreds <strong>of</strong> kilowatts. {Popular Science,<br />

March, 1977.)<br />

Water-Gas Mix (University <strong>of</strong> Arizona)<br />

Marvin D. Martin told the press in 1976 that their University funded "fuel<br />

reformer" catalytic reactor could probably double auto mileage.<br />

Designed to cut exhaust emissions, the units mixed water with hydrocarbon<br />

fuels to produce an efficient Hydrogen, Methane, Carbon<br />

Monoxide fuel. Letters to their Aero Building #16 Lab brought replies that<br />

indicated little <strong>of</strong> how the units functioned but gave indications that the<br />

hydrogen was responsible for the great efficiency.<br />

From P.O. Box 3146, Inglewood, CA 90304 (1977).

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