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484 <strong>Suppressed</strong> <strong>Inventions</strong> <strong>and</strong> Other <strong>Discoveries</strong><br />

at marketing a car was in the late 30s. He was stopped by the Securities<br />

<strong>and</strong> Exchange Commission, <strong>and</strong> it was not until his company withered<br />

away that he was given a clean "bill <strong>of</strong> health." In the mid-70s at the age<br />

<strong>of</strong> seventy-eight he again tried to put his unique designs on the road.<br />

Ultrasonic Fuel Systems<br />

With the advent <strong>of</strong> the fuel crisis <strong>of</strong> 1973 there were a number <strong>of</strong> experimenters<br />

who found solutions involving the use <strong>of</strong> ultrasonic fuel systems.<br />

Much <strong>of</strong> this work involved using sonic transducers to "vibrate" existing<br />

fuels down to much smaller particles. This procedure simply increased the<br />

surface area <strong>of</strong> the fuel <strong>and</strong> made it work more efficiently. Using a magneto-strictive<br />

or piezo-electric vibrator, conical or cylindrical cones were<br />

used at from twenty to forty thous<strong>and</strong> vibrations per second. An increase<br />

in fuel mileage <strong>of</strong> at least 20 percent was expected <strong>of</strong> these units.<br />

Eric Cottell was one <strong>of</strong> the first persons to proclaim the fact that water<br />

could be mixed with gas <strong>and</strong> used as fuel with these units. His customers<br />

had been using his commercial units to emulsify foods, paints, <strong>and</strong> cosmetics<br />

for some time. When the word suddenly got out that the super fine<br />

S-onized water would mix perfectly with up to 70 percent oil or gas, there<br />

was congratulations from many sides (June 17, 1974, Newsweek). Later<br />

there was nothing but silence again.<br />

Later in 1975, Cottell was interviewed again <strong>and</strong> explained that Detroit<br />

was so myopic that they would probably turn down even the wheel if it were<br />

a newly <strong>of</strong>fered invention. Because installations <strong>of</strong> his reactors was so simple,<br />

Cottell ran several <strong>of</strong> his own cars on a water-gas mixture. He explained<br />

that an ultra-sonic unit caused internal stresses so great in gasoline that the<br />

molecules can actually absorb water to become a new type <strong>of</strong> fuel.<br />

Super Mileage from Fuel Vaporization<br />

L. Mills Beam developed a simple heat exchange carburetor back in 1920.<br />

In principle it was nothing more than a method <strong>of</strong> using the hot exhaust<br />

gases <strong>of</strong> an engine to vaporize the liquid gas being burned. Using simple<br />

logic Beam reasoned that raw gas going through a normal carburetor simply<br />

could not be atomized with high efficiency. As a result there was a<br />

waste <strong>of</strong> fuel when microscopic droplets burned instead <strong>of</strong> exploded. This,<br />

<strong>of</strong> course, created unnecessary heat <strong>and</strong> inefficiency.<br />

Since he was easily able to double <strong>and</strong> triple the gas mileage <strong>of</strong> the cars<br />

he tested, it was not long before Beam was <strong>of</strong>fered a settlement <strong>and</strong> percentage<br />

fee for the rights to his device. Accepting the <strong>of</strong>fer, he never again<br />

saw any attempt to market his device or the parties who gained control <strong>of</strong><br />

his device.

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