Saturday, Jul 02, 2005 at 20:53
The comments by GaryInOz(Vic) and Collyn R (WA) have raised good points.
Formy due diligence on the Fitch
fuel catalyst I found that unlike, possibly most of all the other claimed
fuel savers out in the market place the Fitch solution seems to have some unique factors about the catalyst product including who made it and the R+D that has been done. This is some of what I found.
1.In AUG 1995 EPA of the USA issued what was then the first and probably since the only certification certificate to a US manufacturer of pre-combustion
fuel catalysts. The certificate supplied to Advanced Power Systems International included the following statement "As a result of this certification an automotive dealer may not deny warranty coverage for a vehicle based on the presence of the Fitch
Fuel Catalyst." This EPA approval came after a lot of EPA specified investigative research was done by over 20 independent EPA nominated testing facilities and laboratories.
2. After extensive engine dyno testing on a 7.3Litre Mercruiser 270HP diesel MARINE CORPORATION OF AMERICA issued a letter dated 23March 1994 by its then President that included the following " You can see that the Fitch had significant results, Horsepower increased by 2HP,
Fuel Flow decreased by 1.7GPH (10% 19.1 -> 17.4), Firing pressure increased by 29psi, Exhaust Temp decreased by 5 DegF. In summary, it is our conclusion that more complete combustion occured inside the chamber".
3. Here we have power increases and improvements in economy together, how come? Possibly the answer to this may lie with those that make up the management of APSI and their method of approaching how to improve the quality of
fuel for better energy extraction during combustion process in existing engines. Included among the highly qualified team are Dr A Berlin-contributing developer of the exhaust catalytic convertor and W.Haboush -40 years
fuel systems designer with Ford & GM. It would appear that they did their developing work to create a polymetal non-leaching catalyst by using the benefits of scientific equipment like gas chromatograhy, mass spectrometric detection to discover which mix of metals would raise the octane or cetane levels of
fuel in such a way so as to provide cost effective outcomes for all kinds of
fuel being used in mechanically sound engines.
4. Would not it seem logical that as ASPI was directed by" one of the Top 100 private sector Transportation Professionals of the 20th century" to follow a careful systematic approach to properly research and develop an engine efficiency enhancer, which is practical, safe and effective for use with existing engines?
AnswerID:
118581