Non-recycled plastics (NRPs), which make up 12.4 percent of municipal solid waste (MSW), have high value as a feedstock for conversion to energy or fuel because of their potentially significant heating value. (Source: Gershman, Brickner & Bratton/US EPA)
Apparently your mind is made up and no longer have the ability to learn, think critically.
Ethanol and 5% water is much cheaper as that last 5% of water is energy intensive. No? Maybe you should ask questions that keep putting up such misinformation.
Actually alcohol fire to a large degree are worse as you can't see the flames. No? Maybe you should read up on ethanol racing as you post shows just how wrong your knowledge is as it's almost always been used to increase performance. No?
Good luck, you'll need it William. Hard to see you as a designer or engineer as so often wrong on the things you post time and time again. Maybe do some research before posting would be smart. google is your friend, use it.
Care to mention why controlled heat is expensive? Just doesn't make sense as so easy to do in so many ways. Ever hear of a thermostat?. Insulation, radiator? Are they very expensive?
Having a no waste/emissions to speak of EPA wise as it would be a closed sysytem. Sorry but it looks like you are making up stuff.
Again I don't think racers would use a terrible fuel would they? Fact is you can get more power from ethanol than gasoline with lower emissions as ethanol burns much cooler so the compression, eff starts getting into diesel territory, No? And higher compression is more eff, no? Again you are making stuff up. Why?
Personally I want 95% ethanol and 5% water as a fuel, lower energy to make, and burns clean and cool. You don't know that?
I guess you don't understand the propaganda of lies put out by big oil against both ethanol and EV's as biofuels and EV's scare them to death. And they are right to be worried as ethanol has already cut deeply into their profits both replacing oil and cutting the price oil can get.
Myself I've never seen a car with an ethanol caused problems since the first couple yrs of older ones and even then was rare as all US car since 73? are required to use E10. The way people talk how bad it is yet where are all the problems in US cars?
There really isn't much reason all car engine shouldn't burn any combo of ethanol, methanol, NGL, etc. They already are made by GM, Ford, etc in Brazil, etc.
Whether you like it or not in 20 yrs oil will be too expensive to burn and coal, NG in 30 yrs. Isn't it the time to switch to sustainable fuels? Actually it'll happen no matter what. The only question is if we do it right or badly like you seem to want.
Again I drive my EV's at 25% of a gas version total costs. I'd like near pure ethanol for the range extending generator the few times it's needed.
Do you research anything you post? Can you think critically? From your posts it doesn't show.
Yes everything has a cost and these days' costs matter more than any other days. But when it comes to west management future of the earth for the sake of living is matter than costs. So its need to have the government or the nun-profit making organizations involvement in these projects.
Heat for evaporating plastics needs to be controlled, and controlled heat is expensive. The equipment to do it and satisfy the EPA is expensive as well.
It must be nice to be able to make up facts to back up opinions.
Ethanol is a lousy fuel for gasoline engines. It may work, sort of, but it also allows the addition of water to the gas, and watered gas is less efficient and delivers a lot less power for my money. Ethanol in gas is not my choice, but the liberals ram it to us without any options. If it is so very good for us, as you claim, then make it an option. If people want it they will choose it. If they don't want it then they won't choose it. And tell us the truth about who bribed congress into mandating it, because nobody else wanted it.
Oak Ridge National Laboratory has developed a surface preparation method to improve joining carbon composites with aluminum, with potentially far-reaching ramifications for high-volume industrial applications.
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