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The image is a diagram demonstrating a process of generating electricity at home through composting, with labeled components and flow of materials. Starting with a steel tank 3/4 filled with compost (leaves, food scraps, etc.) and water, the compost ferments methane gas which is then stored in a methane gas storage unit before being compressed by a compressor. The compressed gas is then outputted, either going through a combustion engine to generate mechanical energy out or being converted directly into electrical energy out through a generator. The electrical energy is stored in a battery and can be used as electricity for home use. There are no numerical data points/percentages visible in the image.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates a process of generating home energy in the future. It consists of six main steps beginning with a steel tank which is created to ferment methane and then finishes when the battery is charged and ready to be used.
The first stage is to produce methane gas, filling a container on the three-quarters with compost and water which are key products to ferment it. After that methane is transported through pipelines to the gas storage for further usage. Before transforming gas to energy it is transferred into a compressor to get compressed methane.
Following this, the methane is utilized as a fuel and burned in the combustion engine so that any aspect of mechanical energy could be generated as output. Then the mechanical energy produced is converted to electrical energy by the generator. Finally, this output is stored in batteries and ready to supply at home whenever it is needed.
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