- Tue Jan 15, 2013 11:16 pm
#21670
Oxygen in H2O is part of a compond comprising 2 parts Hydrogen and one part Oxygen. It is not possible for the oxygen to be released from H2O. The fact is that as a constituent part of water it remains so. The great challenge faced by scietist is the extraction of Hydrogen from water in order to make Hydrogen fuel cells to produce an alternative to carbon based fuels. If and when this is commercially available the oxygen will be released to atmosphere, the very thing it cannot do from water, even during evaporation. Similarly Oxygen as part of petrol is also a compound and so the same situation occurs as with water. There may be fuel left in the tank even after running dry from the reserve tap......but why would you do that. It would merely expose the maximum internal surface of the tank to atmosphere and thus increase the risk of oxidisation of the surface. A perforated steel tank wis more likey to be the result of weld failure than oxidisation unless you create the conditions I have described to create an oxidised surface. You say "Condensation has less water in it". This is nonsense. Condensation is 100% water unless you condense other fluids at the same time. Evaporation and condensation are 2 different processes. Ethanol has caused problems on some machines, but in my experience mostly on those with so called sealant gloop in them. My bikes have tanks of steel, fibre glass and aluminium, with fuel lines made from copper, polythene piping (from my local aquatics centre) and black synthetic material The tanks injectors and carbs are on machines made on several continents and none suffer the E problem. Consider this, I keep my tanks filled and I do not have gloop in any of them. Sorry the posting is so long winded.