This is a video of a 1 megawatt Fuel Cell Power Plant at California State University, Northridge, in Los Angeles, CA. The power plant has a reformer that separates hydrogen from natural gas and then feeds the hydrogen into a fuel cell, generating electricity. The plant also recovers the heat generated and uses it for domestic heating on campus. In the future, some of the carbon emitted will be sequestered in a sub-tropical rainforest that is under construction.
While at present this power plant still uses fossil fuels (the natural gas is needed in order to extract the hydrogen from it), in the future the hydrogen will be generated either from landfill gas, or else it will be electrolyzed using wind, solar, geothermal, wave or hydroelectric energy. What
is most important and exciting about this plant is the fact that it is using fuel cells--touted to be the future of electricity generation--today, and they are working seamlessly on a large scale.
For more information, go to andyposner.org/videofuelcell
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CENTRALIZED PUMPING... 34MBh / 10KWH /sq ft / school year..
now
HYDRO-TEMP COM de-centralized pumping... YOU CAN STUDY HOW WE ARE DOWN TO ~8KWH OR 27 mbH OER SQ FT PER SCHOOL YEAR 2 kwh / sq ft : hydro-temp,com HORIZONTALLY: FOR UNDER $ 100,000 BUILDINGS USE A 1HP PUMP HYBRID TO DIRECT COOLING AND HEATING AIR GOING INSIDE OVER 600MBh at 20-25 dF days and pre
cools too! call your driller !
175 kwh CONTINUOUSLY on 20-25 degree days NET NET NET usable 175 KWH in Heating Energy and Pre-Cools fresh air entering a facility which ups thw kw NET comparrison significantly vs r410 a and other refrigerant cooling
suggestion: why know use the 750degree exhaust to fire up another generator to produce even more electricity.
NO NO NO, use the sewage water to make your hydrogen and stop the hypocrisis...
We will need more power generated by either wind,direct photocell and hydro electric.
My calculation at the time was such that every city bordering the ocean say like New york, would be served by a series of barges that would only occupy 50 acres of the ocean in some circumspect but well studied area. The numbers are staggering but heap oil made the whole idea useless at the time.
I found at the time that this type of hydro electric generation would be sufficient to power the continental "U S" in in its entirety with the erection of 50 such unit strategically located around the seaboard of the country.
°C), steam (H2O) reacts with methane (CH4) to yield syngas. CH4 + H2O → CO + 3 H2 - 191.7 kJ/mol I'm not sure what temp H20 turns to HH O but I believe I've heard about 800..