The project began to choose suitable, inexpensive, light and flexible materials for the belt. The result was a multilayer handcraft that fulfills the required design requirements.
First: The cylinder is made of iron and we used iron because it was a good heat conductor. Then extracting the absorbing water in the iron cylinder. The goal is to absorb the iron cylinder to the heat produced by the factories and any heat source, which reduces climate change.
Second: Two holes were punctured, the first hole was punctured to put water in the iron cylinder, and the second hole for wastewater vapor coming out of the iron cylinder and put the iron cylinder on the heat that was obtained out of the machines in the factory.
Third: The small fan is placed in front of the hole that has been punctured. When the small fan turns by smoke, we will get energy by connecting the fan to a small generator. We will detect the energy that comes out of the small fan movement using a used small light bulb. Finally, the power mount was measured by the voltmeter used.
The result was the conversion of thermal energy into kinetic energy and then electrical. Achieving climate change is achieved here, and this is the desired goal
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