Re: The Fitch Catalyst - Genuine Improvement or Fake Hype?
As I understand it, this device claims to operate on the principle of catalytic cracking. I have some experience in industrial catalytic cracking processes, and to my knowledge almost no industrial catalytic cracking processes use magnets to aid the cracking, or use zinc/tin catalyst. Zeolite is the most common catalyst used. Furthermore, industrial devices (e.g. in a refinery) usually operate at high temperatures and pressures.
For these reasons I am sceptical of devices such as this.
I would like to propose a slightly different (and easier) test to determine if the device actually works as claimed. That would be to pass fuel (biodiesel/diesel/petrol) through the device, at a temperature, pressure and flow rate specified by the manufacturer, and analyse samples of the fuel before and after (by HPLC or similar) to determine the molecular composition of the fuel. Thus if the device works as claims, and catalytically cracks some of the molecules passing through it, this difference (however small) can be observed by these tests. After the device has been shown to work as claimed, then actual vehicle tests could be performed.
The chemistry department of UNSW should easily be able to analyse the fuel samples before and after catalytic treatment.
As I understand it, this device claims to operate on the principle of catalytic cracking. I have some experience in industrial catalytic cracking processes, and to my knowledge almost no industrial catalytic cracking processes use magnets to aid the cracking, or use zinc/tin catalyst. Zeolite is the most common catalyst used. Furthermore, industrial devices (e.g. in a refinery) usually operate at high temperatures and pressures.
For these reasons I am sceptical of devices such as this.
I would like to propose a slightly different (and easier) test to determine if the device actually works as claimed. That would be to pass fuel (biodiesel/diesel/petrol) through the device, at a temperature, pressure and flow rate specified by the manufacturer, and analyse samples of the fuel before and after (by HPLC or similar) to determine the molecular composition of the fuel. Thus if the device works as claims, and catalytically cracks some of the molecules passing through it, this difference (however small) can be observed by these tests. After the device has been shown to work as claimed, then actual vehicle tests could be performed.
The chemistry department of UNSW should easily be able to analyse the fuel samples before and after catalytic treatment.
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