We've known since the 1920s that only the vapor burns with gasoline, this has spawned a number of patents on vaporizing carburetors over the years.
Now we find ourselves in the age of fuel injectors and computers (ECUs) on our vehicles, most of which is not engineered towards fuel economy or alternative fuels.
I believe that gasoline flashes at approximately 190"F (correct me if I'm off) to vapor.
Boiling point goes up with increased pressure (injected fuel pressures)???
This leads me to believe that by heating our incoming fuel to above the vapor flash point, that upon leaving the injector body subject to a much lower pressure, should flash to vapor instantly???
Now I may be rehashing old news, but in the morning I'm tackling my 10mpg Ford F-250 460cid 1991 and would appreciate any info on the fuel heating path to better fuel economy. Before I build the supper HOD system
Any known problems with the following?????
Heat applied to:
fuel pressure regulators
Injectors
fuel return lines
Any one with experience with this method, what were your results
Now we find ourselves in the age of fuel injectors and computers (ECUs) on our vehicles, most of which is not engineered towards fuel economy or alternative fuels.
I believe that gasoline flashes at approximately 190"F (correct me if I'm off) to vapor.
Boiling point goes up with increased pressure (injected fuel pressures)???
This leads me to believe that by heating our incoming fuel to above the vapor flash point, that upon leaving the injector body subject to a much lower pressure, should flash to vapor instantly???
Now I may be rehashing old news, but in the morning I'm tackling my 10mpg Ford F-250 460cid 1991 and would appreciate any info on the fuel heating path to better fuel economy. Before I build the supper HOD system
Any known problems with the following?????
Heat applied to:
fuel pressure regulators
Injectors
fuel return lines
Any one with experience with this method, what were your results
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