Gas Powered Pressure
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Power Boss 020309 3,000 psi 2.5 Gallon-Per-Minute Honda GC190 Gas-Powered Pressure Washer $499.99 Item number 6217-12, Grading is cover/record: VG/VG+ using Goldmine standards. Please see seller profile for abbreviation descriptions…. |
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Murray 020456 2,400 PSI 2.0 GPM 190cc Briggs & Stratton Gas Powered Pressure Washer With 25-Foot Hose $249.99 Item number 11396-12, Grading is cover/record: EX/EX using Goldmine standards. Please see seller profile for abbreviation descriptions…. |
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PRESSURE WASHER; GAS POWERED 6.5HP–BRAND NEW! $448.00 |
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F/S Karcher HD 3501 DK-R Gas Powered Pressure Washer $699.99 |
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F/S Karcher G 2500 HT-R Gas Powered Pressure Washer $279.99 |
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Blue Max 3435 2200 PSI Gas Powered Pressure Washer NEW $269.99 |
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Gas Powered Pressure Washer Watch Video Needs Work IL $0.99 |
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NorthStar Gas/Diesel-Powered Hot Water Pressure Washer $8,999.99 |
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KARCHER G2500 LHR 2500 PSI Gas Powered Pressure Washer $269.99 |
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C A GAS POWERED FAN PPV POSITIVE PRESSURE VENTILATION $495.00 |
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NorthStar Gas-Powered Hot Water Pressure Washer -New $3,999.99 |
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F/S Karcher G 2500 HT-R Gas Powered Pressure Washer $279.99 |
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Powerhorse Gas-Powered Pressure Washer House Car NEW $499.99 |
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F/S Karcher HD 3501 DK-R Gas Powered Pressure Washer $699.99 |
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Gas Powered Pressure Washer – 9 HP, 3.5 GPM, 3400 PSI $799.99 |
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Gas Powered Pressure Washer – 9 HP, 3.5 GPM, 3400 PSI $799.99 |
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KARCHER G2500 LHR 2500 PSI Gas Powered Pressure Washer $269.99 |
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Powerhorse Gas-Powered Pressure Washer House Camper NEW $499.99 |
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Powerhorse Gas-Powered Pressure Washer -2.5 GPM-3K PSI $359.95 |
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Powerhorse Gas-Powered Pressure Washer-4 GPM-3500 PSI $639.95 |
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Gas Powered Cold Water Pressure Washer~4000 PSI~3.5 GPM $1,195.00 |
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NorthStar Gas-Powered Hot Water Pressure Washer -New $3,999.99 |
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*3* Gas Powered Cold Water Pressure Washers 2 GPM 2000 $249.99 |
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Gas Powered Pressure Washer – 9 HP, 3.5 GPM, 3400 PSI $799.99 |
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Steele WG-300 6.5 HP Gas Powered Pressure Washer $432.99 |
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NorthStar Gas/Diesel-Powered Hot Water Pressure Washer $8,999.99 |
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STEELE STPWG-300 6.5 HP Gas Powered Pressure Washer $449.00 |
Can Co2 be produced to a pressure of 4000 psi in a 50 lt jar by enclosing Yeast/Sugar/H20 in a Jar in ? hours?
The eVolution car uses compressed gas to run a 2 cylinder car. It claims to be emission free. But it’s not as the gas is compressed with electricity, the emission is transferred to the Thermal Plant that produces the electricity to compress the gas.
So I was looking for a benign chemical reaction that can produce a gas in an enclosed cylinder so that it can be used as a compressed gas to power a vehicle. A Gas Pressure of 4500 psi , preferably a Gas that is not noxious or environmentally detrimental. Fermentation produces Co2 which is again a greenhouse gas. How about the gas in Air Bags? Do you know of any chemical reaction that would be viable for this purpose.
http://news.bbc.co.uk/1/hi/world/africa/988265.stm
http://auto.howstuffworks.com/air-car1.htm
Thank you for your time
just butting in to follow up on your acetylene question. Using acetylene as a fuel in a vehicle, all other things aside, would require hauling around 200 pounds of cylinder for each 25 pounds of actual usable acetylene.
The calcium carbide to acetylene reaction, by the way, produces almost as much weight of calcium oxide as you started with calcium carbide. You use a surplus of water to react the carbide so that the temperature won’t get to be excessive.
However, in old miner’s lamps, a small amount of water was used and the reaction chamber didn’t actually get overly hot. The sludge left over was about 75% calcium hydroxide and 25% water, almost a solid.
Using acetylene in non-specialized piping over 14 psig is very dangerous because it may decide to break down its triple carbon bond spontaneously when the atoms are jammed up that tightly.
Not saying it couldn’t possibly be done, but I can picture any way that wouldn’t cost 10 times as much as gasoline and would be messy and dangerous.
Now…for the question you pose here….
The answers you have already are quite complete and correct; what you want, though, is an easy way to produce large quantities of gases at a pressure high enough to drive a motor. If you are dealing with a turbine, perhaps the pressures don’t have to be all that high?
Back to acetylene: in the good old days, when you could walk into a hardware store and buy calcium carbide, so called “fishermen” would sometimes put some carbide and rocks for weight into a glass jar, seal the jar with a lid, poke a hole in the lid, and toss it into a lake. When a little water got into the carbide, it could get got enough to become incandescent, leading to an explosion, killing all the fish for some distance around. The fish floated to the top, the ‘fishermen’ collected the carcasses and sold them for lots of money.
Not very sporting, and very indiscriminate, even if the goal is food. Sort of like catching dolphins in a tuna net.