Water is energy intensive.

Heating and hot water supply needs heat energy.

This takes energy, producing clean water.

I am using this much virtual energy and water.

And where that energy touches water, something new emerges life.

The heavy water reactor will use about 0.7 percent energy value and the light water...

And if we have abundant energy, we also have abundant water.

When converting 1 mole of ice into water, and 1 mole of water into steam, which requires more energy?

It has no water. It has no energy, no resources.

Being connected with the water, is flowing, allowing flow of energy.

They of course use solar energy to grow, and the wave energy on the surface provides energy for mixing the algae, and the temperature is controlled by the surrounding water temperature.

Enthusiasm and energy

matter and energy.

And abracadabra, energy.

Solar Manifesto by Hermann Scheer, in Germany, claims all energy on Earth can be derived, for every country, from solar energy and water, and so on.

We'd have a water treatment system treating wastewater, turning that into fresh water and generating energy from the solids using just plants and micro organisms.

I wipe it up with a sponge, and I put it under the running water, and I have a lot less energy and a lot more water.

So these water molecules, they have some type, some type of kinetic energy.

And all I could detect was this energy energy.

Besides energy, civilisation demands numerous essential resources fresh water, topsoil, food, forests, and many kinds of minerals and metals.

And that's energy poverty.

So you can see that we're bringing together cycles of food, energy and water and waste all within one building.

The heavy water reactor will use about 0.7 percent of the uranium's energy value, and the light water reactor will use about half of one percent.

You turn a faucet and there is warm water and cold water, and drinkable water.

Water, water, water.

like woodland caribou and grizzly bears, and it consumes even more energy, more water, and produces at least as much greenhouse gas.

Energy Return on Energy Invested.

Inin energy, and logistics, and finance.

Energy and Mode of Decay

'Less energy and maintenance maybe,

And you can't see energy.

And therefore, energy goes down.

More and more energy needs.

And water everflowing.

And outpouring water.

and gushing water,

And water gushing,

and flowing water

and flowing water,

Water and Power?

and hot water,

Earth and water.

And some water.

And one water.

Energy