| 7/23/2009 | Move over, gas-guzzling muscle machines |
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Valley
motorists find kinder, gentler ways to get around. Got grease? First Henry Ford raced a 26 horsepower auto in 1901.
Then the American auto industry ran rampant with muscle cars and four-barrel
gas guzzling carburetors when the price of gas was in the low double digits
sometime last century. Recent environmental concerns about carbon footprints,
renewable and sustainable energies and the soaring gasoline prices have a few Don Pearson drives a 1985 Mercedes turbo diesel sedan
with a biodiesel conversion kit in which he uses waste vegetable oil (WVO). He
calls it his “grease car.” Not too far fetched from Rudolf Diesel’s first
engine that ran on peanut oil at the World Exhibition in He bought a kit for $750 which consisted of a gas tank
and tubing with a switch to go from one fuel tank to the other. B & D
Automotive installed the conversion kit for him. Pearson said there were no
other mechanical changes needed for the conversion. The only consideration is
that the viscosity of the grease is less than diesel fuel, so in cold weather,
there’s a heating system for the WVO. Otherwise it clogs up. Under the hood of
Pearson’s grease fueled Mercedes, there’s a device that switches the fuel from
WVO to diesel and a purge position to get all the grease out of the line so it
doesn’t clog up. The 15 gallon fuel tank is in the trunk. There’s plenty of free used vegetable oil from
restaurants but one has to be careful not to get hydrogenated vegetable oil
because it solidifies. There were other things to consider. In the The biodiesel conversion hasn’t changed the gas mileage
on the Mercedes and is not exactly convenient. He calls the “grease car” his
“proof of concept.” His vision was to transfer all the family cars to grease.
“I’m for renewable energies and grease is not the answer,” said Pearson. The
oil still comes from vegetables that have to be grown, and that takes energy in
the farming process. The concept is valid, however, and there’s plenty of free
used restaurant grease out there for an ambitious individual. Denny and Karen Rosenberger drive a little white and red
1968 V.W. Beetle converted to electric. It has a 10 horse motor that they drive
4-5 miles before they plug it in. It could go longer, but they don’t push it.
“I think it’s one mile from here to the bank and two
blocks to work,” said Karen. Karen Rosenberger is assistant office manager at Cliff
Lanes. Denny works there on weekends in the pro shop. He didn’t see the sense
in driving the Chevy Trailblazer such a short distance every day. He bought the
V.W. locally and got it on the road New Year’s Eve 2008. There’s no maintenance at all on the vehicle. No spark
plugs, no tune-ups, no oil changes, no belts or hoses. There are six 12-volt
batteries and the
motor. Altogether, the transformation cost about $3,000. Denny
wasn’t sure if this experiment would work, so he opted for the cheaper
batteries. “He’s a smart guy,” said Karen. “He never did anything like this
before.” She said he studied diagrams night after night until he had it all
figured out. The electric motor and batteries weigh about the same as
the old engine, so there’s not much difference there. There’s no compression
like in a regular engine, so it’s necessary to use the handbrake to keep the
little car in place. Another battery system up front under the hood runs the
lights and heater. The solenoid gets power from the key in the ignition which
completes the circuit and starts the motor. Denny figured it costs abut 3-4
cents a mile to run the car. Compare that to about 8 cents a mile on a vehicle
that gets 30 miles per gallon at $2.50 per gallon of gasoline. A lightning bolt decorates the back of the engine hood
Denny fashioned from a frying pan in which Karen had burnt something and threw
away. They call the car their “lightning bug.” Vernon Roth was studying the affects of water on health
when he stumbled on the idea for using H2O for power. He invented a hydrogen
unit for gas motors. It increases gas mileage, boosts horsepower, causes no
strain on the engine and not only doesn’t releases emissions but will actually
pick up unused exhaust from other autos and burn that. He tests the units on
oil rigs in Roth went to college at age 12 for electrical
engineering and mechanical design and went back to school at age 22 to study
physics and chemistry. He doesn’t think he’s that much smarter than others. He
thinks anyone can do anything if they put their minds to it. It was during his
research on H2O molecules that he put his mind to the concept of using water as
an energy system on an engine. He uses a non-toxic organic based chemical to
separate the “h” from the “o” with electricity from the alternator. The units are assembled in Westcliffe by Roth and his
family. One of Roth’s “Hydrogen on Demand” (HOD) units sells for $800 plus
installation. Roth drives a 2003 Saturn Vue. He said
the mileage went from 24 miles per gallon to 40 m.p.g.
with the HOD unit. “I love learning and creating,” said Roth. For more
information, he can be reached at 783-0310 or earthsransom@yahoo.com. Paul LeBlanc sports around in something that looks like
about half a car. The blue 2008 Mercedes-Benz Smart Car runs on gas and has a
70 horsepower motor, a rear engine and rear wheel drive. The sporty vehicle has
a 5 speed automatic, 1 liter, 61 cubic inch motor.
While LeBlanc’s car is blue, Smart Car manufacturing is totally green with
emission-free powder coated paint panels, and no formaldehyde, CFC or asbestos
in assemblage. These economical little roller skates on wheels come in
all sorts of cool colors that can be switched out just by changing car panels
which only makes sense because originally, the Smart Car began with Nicolas
Hayek, the man who invented Swatch watches. In fact, “Smart” is an acronym for
“Swatch Mercedes Art.” LeBlanc did switch his panels from red to blue. The car
is rated to get 36-46 miles per gallon and top speed is 90 miles per hour.
LeBlanc said he gets 46-48 m.p.g. and has had it at top speed. He drove it to
Westcliffe from The base model sells for as low as $11,990 according to John
Amos of Mercedes-Benz in By that time, the way technology is going, there’s no
telling what else will be available. There could very well be a solar electric
charging station next to the hitching post behind the Amish furniture store.
From horses and buggies to energy from hydrogen molecules and biodiesel from
french-fry grease, it’s nice to know that folks are
out there trying new things, using renewable energy and brain cells to create
fuel cells. – Jacque Keller |