Water Consumption of Power Plants

So,

Nobody considered the fact that there was no water before they proposed the, "3000 MW Blue Castle nuclear plant in Utah."

This is the height of arrogance.

"I want to build a nuclear power plant here, where's my water?"

My idea would be to build the plant where the water is.

They should not even bother fueling that thing. BEC is working on a simmilar technology to the one in this link
http://pesn.com/2011/07/21/9501874_Rossis_Self_Sustaining_One_Megawatt_Reactor/

The Rossi reactor produces heat, but making heat into electricity requires a Rankine cycle using some working fluid. My preference is for an organic working fluid, instead of water, for power harvesting from low temperature waste heat sources like the Rossi reactor. See http://www.freepatentsonline.com/7980078.pdf

Yes, but now you can buy them off the shelf! http://www.infinityturbine.com

<...water wasted into the atmosphere...>

.....comes back round the water cycle, so it isn't "gone". Neither is it "wasted".

Trap the cool air at 1000 m height layer by closed loop air circulation,and cool exhaust steam and save water.PREFERABLY SITE BE NEAR THE MOUNTAIN

A million dollar question no one responds to.

I asked this same question to the Boiler Fabricators who were with me in a SULZER sponsored Pumpin Technology Seminar.

The question was - "Have you or are you designing a boiler which can use sea water without treatment, because fresh water will become a trading commodity in a very near future"

I had Foster Wheeler, Bobock Wilcox, Ansaldo and so many of "who-is who' from Boiler industries, but all were either deaf or dumb because none stood up and replied me.

Unless these biggies come with a boiler using sea water, the thermal plants will die a natural death or will be hanged by the locales.

It is better to be dumb than to put foot in mouth.

Seawater is not suitable for boilers because scale forms on the heat exchange surfaces as the hardness (calcium carbonate and other heat-stable salts) comes out of solution with heat. What you get is a hard crust that blocks the heat exchange.

Boiler water is not the issue. Boiler water softening is important, but it is not the main constraint on thermal power plants. The evaporation of cooling water into the atmosphere out of cooling towers is what makes thermal power plants the second largest water consumers.