And the reason is, in the stationary power plant, you can afford to have something that weighs a lot more, is voluminous, and you can take the waste heat and run a steam turbine and generate a secondary power source.

Heat turns water into steam.

This water then goes through a steam generator and in another loop of water steam is being raised.

Heat turns water into steam.

A steam engine transforms heat into power.

Water changes into vapor when it is heated.

And then when it's in the gas state, you're essentially vapor or steam.

And then once we've added this much heat, now we're just heating up the steam.

And then finally, after that point, we're completely vaporized, or we're completely steam.

Earth creates its own magnetic field.

There was not a skitch of dust on anything!

Red phosphorus in the presence of moisture and accelerated by heat yields phosphorus hydride.

a side scrolling arcade shooter game on a steamboat

Then instead of a burner here that would be injecting fuel, like a combustion system, you would have this heat exchanger with a reactor. It would make the air hot, then the air would exhaust through the turbine and make thrust.

And when this happens, it can cause areas of very low pressure, which results in the water literally vaporizing.

Nuclear right now means water cooled reactor, uranium oxide solid fuel, poor fuel efficiency and steam turbine.

Then these labs started doing serious problem solving instrumentation for agriculture in India, steam turbines for energy conversion in Ghana, high gain antennas in thin client computers.

So going back to what I was saying before about all power being produced well, other than photovoltaic being produced by this boiling of steam and turning a turbine, that's actually not that efficient, and in fact, in a nuclear power plant like this, it's only roughly 30 to 35 percent efficient.

It goes to the turbine, spins the turbine, which spins the generator makes electricity.

Water changes into steam.

So we looked at this engine, and this had some potential.

See those columns of steam straight ahead?

It uses gas, so supercritical CO2 or helium, and that goes into a turbine, and this is called the Brayton cycle.

Air qualifiers indicate corrosive fumes.

The engine is driven by steam.

In the 19th century,

Heatwaves and droughts on one hand, directly from the warming, but also, because a warmer atmosphere holds more water vapor with its latent energy, rainfall will become in more extreme events.

Turbine building.

Electricity has taken the place of steam.

At the bottom of the ocean, bacteria that are thermophilic and can survive at the steam vent heat that would otherwise produce, if fish were there, sous vide cooked fish, nevertheless, have managed to make that a hospitable environment for them.

This is time consuming tinkering but it can eventually produce a breakthrough

Uh, yeah, well, steam can burn your skin.

As we will be visible from the milky way as a tiny little puff of smoke.

And that evaporates so that the heat out of the gulf Stream and the steam is carried over to Western Europe by the prevailing winds and the Earth's rotation.

A cloud is a mass of vapor.

You know, just stop for a moment, imagine all those noises, this thing, Click, clack click click click, steam engine, Ding, right?

Misty moisture, hanging haze!

In 19 minutes, this area's gonna be a vapor cloud.

Does steam really melt your face away?

No, that's a... Yeah, that's a boiling flask.

Of course we can't forget

A hot air balloon.

This little guy is doing almost all the work and these big, big, big guys are hardly doing anything.

When water boils, it turns into steam.

Cows with a view.