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In the real world i do IT for a humungous fuel research lab. I am surrounded however by real experts, and i do ask questions. In the real world you cant objectively test fuels easily, its done in a lab, using calibrated engines over tens of thousands of miles in effect, THEN LATER ITS GIVEN (THATS RIGHT, FREE FUEL) to loads of joe public who blind (they dont know what they are given) fill up at the lab and are asked to score it against the free fuel last week for up to 3 months.
As its mostly really established science, most of it is about doing it for less cost, or making a blend that works properly with some cra* eastern european chemical byproduct thats available in 10,000 tonne loads. Incidentally our north sea oil is amongst the best light sweet crude, its lower in sulphur than most.
Ultimately im truly objectively told, no-one can really tell the difference between plonk and champagne whilst driving unless its track conditions or the car is very special. BHP at the wheels can vary slightly but less than it does on a hot vs a cool day.
If you do give someone something very marginal and then next wek give them the ultimate, they will notice something, but probably not power, possibly it'll start differently or pull away from the lights differently. Old cars often run smoother on plonk i'm told.
If you want to make it go faster or more smoothly spend the money wisely, buy a better car (BMW Merc Audi and Skoda do nice bigger 6 or 8 cylinder diesels.) I however love the altea FR as it is, i have tried one mapped to 210bhp but i didnt really find it much different in my real world. VAG however would do well to make it as well trimmed, user maintainable or as reliable as Toyota are now making their vehicles (dont you just hate VAGs attempts to stop you servicing them), 175BHP diesel toyota auris or verso anyone ?
Try reading my posting rather than getting all emotional about your view of the nasty oil companies.
I said, most research is about making it cheaper, or making it work with some nice big lake of byproduct that has no other useful purpose, which is actually pretty green compared with flushing it into lake bikal (sic.)
Biodiesel and bioethanol are a nice concept, and have a place if you can grow the required crops well and in enough quantity, the pollution is bad news (worse than normal diesel for athsma sufferers till WE figure out a fix) and the adatives are even more complex.
I have more hopes of fuel cells in the more distant future (costs are still all wrong) or hydrogen a little nearer - obtained from nuclear power stations of course....
Did you know that regarding nuclear emmissions, coal powered stations like Didcot chuck out millions of times more radiation than a nuclear power station, coal is radioactive, just a bit, like most of cornwall, but in the polllution quantities a power station produces, its significant.
Also read the info i placed re dynamic mapping, with dynamic mapping an engine uses the fuel it has more or less efficiently, and doesnt act much differently, but might have a higher power THAT YOU CANT FEEL AND ARE PAYING FOR ONE WAY OR THE OTHER without dynamic mapping, your car is bound to run differently on different calorific value fuels, and will be more widely affected by other factors like the environment around it and its current state of tune.
Lastly a question :
If fuels caused so much advantage, why is the only stipulation in F1 racing fuels that they meet a maximum calorific value ? Sure GPs use standard fuels so they dont have to test and they dont allow treatments cause they increase calorific value (and WE usually donate it) but the rules for most racing if there are any usually simply say it has to be a power rating.
1, The calorific value of fuels is controlled and tested by her majesties revenue and customs who just love to test and fail a hydroscopic fuel like diesel (its true, a garage owner could chuck SOME water in with very lttle to spot it apart from testing.)
2, The calorific value determines its power. Thats a fullstop.