Banks Talks Tech

 
Atomic Blast


04.01.03

Acetylene, Propylene Oxide, Hydrazine, Nitromethane & the Diesel

How to make a big depression with your turbo-diesel.

By C.J. Baker

Who says hot rodding diesels isn’t rocket science? At Banks, we take maximum performance very seriously. We look at every avenue to increase power and reliability. Here are the results of a few of our extensive test programs.

In 1962, Banks engineer Werner “Big Bang” Krepps began his search for ways to boost performance in gas and diesel engines by increasing combustion temperatures. Realizing that acetylene and oxygen made an exceptionally hot fire after accidentally burning off the toe of his boot with an acetylene torch, Krepps began his research by igniting plastic garbage bags filled with various mixtures of the two gases. Unfortunately, his research was tragically cut short by an unexpected gust of wind that blew one of the bags back into Krepps' dangling cigarette. Smoking killed Krepps on the spot (well actually a lot of spots), instantly earning his new nickname posthumously from his co-workers. A no smoking policy was immediately implemented by management.

By company mandate, research on fuel additives was prohibited until 1982. Actually, the ban wasn’t lifted, but nobody remembered the Big Bang episode by then so research quietly resumed. Race Shop manager “Honest John” Bombastian was looking for a way to get more power from his Saturday night stock car that wouldn’t be detected during tech inspection. He had visions of finding a super fuel additive and starting his own company. Rumors of propylene oxide use by NASCAR Grand National racers found their way to Bombastian, who decided to make tests of his own. Unfortunately, Honest John did not have a good memory for chemical names and wound up buying a quantity of propylene glycol that he immediately mixed with his racing gasoline. His car passed tech inspection, but unfortunately, it wouldn’t start. Bombastian left Banks a short time later to go into business selling anti-freeze for automotive cooling systems. Nobody knows where he got the idea.

Real, company authorized, scientific research into diesel fuel additives resumed in ’87. Banks hired a petrochemist, Jesus “Twitchy” Delburto, to do research into derivatives of the rocket fuel hydrazine, and nitromethane racing fuel. Both of these fuels showed great promise but experimentation was terminated after Delburto mysteriously failed to return from a secret test session in the desert. Nearby residents reported “sonic booms” in the area, but Banks spokesman and public relations manager, Richard “Slippery Dick” (don't ask) Pulaski, denied any relationship to the Banks test and a new “meteor crater” discovered north of Pahrump, Nevada.

Fuel additive research was again terminated in the late ‘80s as the company concentrated on manufacturing power systems for gas and diesel pickups and motorhomes. Banks feels that adequate power and performance is now achievable without fuel additives. However, since kerosene (a fuel remarkably similar to diesel) and liquid oxygen comprised the fuel of the original World War II V-2 rockets, the idea of injecting liquid oxygen into a diesel engine has been discussed for the ’03 Bonneville speed trials. Applications are now being accepted for a researcher. Only non-smoking, unemployed rocket scientists with no close family ties and steady hands need apply.

April fool!