Water injection for economy!
I'm interested in AI for fuel economy benefits (I'm also running it on the TII, but for different reasons
). Anyone have some good research that gives some specific info?
I found this article with a quick google: http://www.eskimo.com/~nanook/future/2007/...el-economy.html
I found this article with a quick google: http://www.eskimo.com/~nanook/future/2007/...el-economy.html
the problem with that is that the rotary isnt knock limited at idle and low speeds like that.
although volvo has a system to run egr on boost, the exhaust gasses are inert* and just take up space that otherwise would be filled with fuel/schmegma, so the net result is that they can run 14:7afr under boost, and get better mileage
* exhaust gas is inert, in that it doesnt burn, but its also HOT, and thus not good in a rotisserie engine
so water would be a better choice...
although volvo has a system to run egr on boost, the exhaust gasses are inert* and just take up space that otherwise would be filled with fuel/schmegma, so the net result is that they can run 14:7afr under boost, and get better mileage
* exhaust gas is inert, in that it doesnt burn, but its also HOT, and thus not good in a rotisserie engine
so water would be a better choice...
I'm more interested in the use of water injection in n/a engines and the viability of advancing the timing and leaning the mixture in order to increase fuel economy. Not necessarily rotary-engine specific, either.
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phinsup
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mikevictor
Rotary Engine Building, Porting & Swaps
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