The most common way to get energy from water is by using the heat of melting ice, which releases some of the steam that is stored in it. This heat can be obtained from water in the form of a greenhouse gas, which is an organic substance that is made up of methane and nitrous oxide (N 2 O). Some of this greenhouse gas can also be stored underground, making some water a natural gas (H 2 O). This technique is called reverse osmosis. By making water more easily and efficiently conductive to light the heat produced by melting ice can be reused more than once to make enough heat for other tasks such as making electricity and heating homes.
The next trick is to change the way water is taken to make the greenhouse gas. This can be done in a number of ways. For example in most of the world, small plastic bottles are used to store water. In other parts of the world they are large bottles such as the bottles used for drinking water, drinking water containers, or bottled water. In the latter we may use water from a farm pond, a local spring, a river or the ocean. The reason is that water from a spring will produce only small amounts of water (not enough to melt ice), and water from a river will contain a lot of salts so that it will not be as conductive to light as water from the ocean or from a glass bottle. However, even if our water is from a local spring we can also use it as a source of renewable energy, as it contains trace elements such as calcium and magnesium that are required for an electrolysis which is necessary to convert solid water into electricity (although not all of this energy is consumed in this way). The solution is to make use of the water at the surface of the source lake or river before heating it using hydroelectric power. The water will be more conductive to UV light at the same temperature and pressure as that at the source.
It takes approximately 4 litres (13 gallons) of water to make enough heat to melt a cubic metre of ice. To convert the heat of melting into electricity we take the heat from the melting ice and use it to put electricity into a battery, thereby providing us with electricity from the ice and water. If the temperature at which water boils is kept constant, by using the heat of melting from the bottom of the lake or river, and then using this energy to melt from ice, we will have sufficient amounts of electricity and fuel to produce solar energy. This works by taking
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