QUOTE: Originally posted by underworld I would be looking at producer gas (gas made from plant waste, garbage, etc) it's far from a new technology and any gasoline engine can run on it (at reduced power) and diesels can be made to run on it with modification. underworld aka The Violet [:D][:D][:D][:D][:D]
QUOTE: Originally posted by warhammerdriver Between the tree huggers and the EPA, I regret to say that steam as we knew it is gone for good. You'd need the frame of a Big Boy or a Challenger to carry all the pollution controls and only get the power of a Mike out of it.
QUOTE: Originally posted by whitman500 1 gallon of water weighs 8 pounds (1 pint = 1 pound; 8 pints in a gallon).
Mark P.
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Don - Specializing in layout DC->DCC conversions
Modeling C&O transition era and steel industries There's Nothing Like Big Steam!
QUOTE: Originally posted by Brunton QUOTE: Originally posted by cwclark .it takes 1 gallon of water to make 8 pounds of steam ... chuck I'm really curious where you came up with that, Chuck. Can you explain, please?
QUOTE: Originally posted by cwclark .it takes 1 gallon of water to make 8 pounds of steam ... chuck
QUOTE: Originally posted by edo1039 I voted no,because if you cant smoke in public in California the liberals wont want coal smoke in the air either,and they are the biggest consumers of gasoline in the world,one day the big one will hit there and they can become there own country.
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QUOTE: Originally posted by cwclark QUOTE: Originally posted by Brunton QUOTE: Originally posted by cwclark .it takes 1 gallon of water to make 8 pounds of steam ... chuck I'm really curious where you came up with that, Chuck. Can you explain, please? it's the way we calculate a boiler's water usage rate...i work in a power plant that produces steam as a by-product that we sell to different customers...it produces on average of 1,300,000 lbs. of steam an hour between 4 boilers so, 1,300,000 / 60 = 21,666 pounds of steam produced per minute ..21,666 pounds of steam per minute / 8.34 (8.34 is how much a gallon of water weighs) = 2,598 gallons of water and that is how much water we are putting in the boilers per minute...and if i look at all 4 of my feed water pump output flows, they are putting out at a rate of between 580 g.p.m and 750 g.p.m. respectively, add them up and it equals 2,600 gallons a minute of feedwater going to the boilers....so it takes 1gallon of water to produce 8.34 lbs. of steam ....and yes that is the way it is calculated and has everything to do with the pressure exerted against the walls of a vessel...it takes fire and water to produce the steam that produces the pressure...chuck
QUOTE: Originally posted by Brunton QUOTE: Originally posted by cwclark QUOTE: Originally posted by Brunton QUOTE: Originally posted by cwclark .it takes 1 gallon of water to make 8 pounds of steam ... chuck I'm really curious where you came up with that, Chuck. Can you explain, please? it's the way we calculate a boiler's water usage rate...i work in a power plant that produces steam as a by-product that we sell to different customers...it produces on average of 1,300,000 lbs. of steam an hour between 4 boilers so, 1,300,000 / 60 = 21,666 pounds of steam produced per minute ..21,666 pounds of steam per minute / 8.34 (8.34 is how much a gallon of water weighs) = 2,598 gallons of water and that is how much water we are putting in the boilers per minute...and if i look at all 4 of my feed water pump output flows, they are putting out at a rate of between 580 g.p.m and 750 g.p.m. respectively, add them up and it equals 2,600 gallons a minute of feedwater going to the boilers....so it takes 1gallon of water to produce 8.34 lbs. of steam ....and yes that is the way it is calculated and has everything to do with the pressure exerted against the walls of a vessel...it takes fire and water to produce the steam that produces the pressure...chuck Thanks, Chuck. If you know that a gallon of water weight 8.34 pounds, then getting 8.34 gallons of steam from it is kind of a no-brainer. I thought you were implying that one gallon of water provides 8 psi of steam pressure. But of course pressure is related to boiler size (in terms of volume), as well as amount of water or steam, so while a pound of steam in a power plant boiler is really a very small amount, in a small locomotive it takes on much greater significance. Your eight pounds of steam may equate to very low to very high boiler pressure, depending on the size of the boiler. Sorry for my mis-interpretation.[*^_^*] But now you're raised another question - how do you sell steam as a by-product? Do you pack it in UPS boxes and ship it overnight? [:D] I suppose it must be delivered to facilities adjacent to your power plant, since packaging and shipping live steam might be somewhat impractical?
Ray Seneca Lake, Ontario, and Western R.R. (S.L.O.&W.) in HO
We'll get there sooner or later!
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Gary M. Collins gmcrailgNOSPAM@gmail.com
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"Common Sense, Ain't!" -- G. M. Collins
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QUOTE: Originally posted by wjstix Back to the original question - I think it's much more likely we'd see coal used (along with other sources) to produce electricity to be used to power trains with.
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QUOTE: Yeah right!!! They would never bring back polluting steam engines. Although it is a neat idea they would never do it.