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1
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FredRosse
Mechanical
- Nov 3, 2004
- 131
I have seen where mixing water with E10 pump gasoline will then allow the water/ethanol mixture to separate from the gasoline. This is stated to be necessary for preservation of older (collector) vehicle fuel systems that suffer many ills from the new gasoline E10 or E15 fuels. I understand this will reduce octane rating somewhat. A few relevant questions for the fuels experts:
1. Is the water mix/separation method effective?
2. What are the disadvantages here, with respect to use in older IC engines? Understanding that labor and costs to end up with less fuel and less total heat value is an obvious result.
3. What steps may be taken to correct or adjust properties of the separated (ethanol removed) gasoline to be more compatible with old engine fuel systems?
4. Is heat distillation an option here (with proper safety precautions), and how would that be done? I remember in public high school years ago (1960s) the chemistry class ran several fractional distillations (6 teams of 5 students each) of pump gasoline in the chemistry classroom, Bunsen burners under glass containers, condensing the distillate with glass water cooled heat exchangers, all six distillations running simultaneously in a classroom with 30 students. I'll bet that is not done these days!
1. Is the water mix/separation method effective?
2. What are the disadvantages here, with respect to use in older IC engines? Understanding that labor and costs to end up with less fuel and less total heat value is an obvious result.
3. What steps may be taken to correct or adjust properties of the separated (ethanol removed) gasoline to be more compatible with old engine fuel systems?
4. Is heat distillation an option here (with proper safety precautions), and how would that be done? I remember in public high school years ago (1960s) the chemistry class ran several fractional distillations (6 teams of 5 students each) of pump gasoline in the chemistry classroom, Bunsen burners under glass containers, condensing the distillate with glass water cooled heat exchangers, all six distillations running simultaneously in a classroom with 30 students. I'll bet that is not done these days!