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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 possible method of producing electricity for home use using methane gas.
Overall, the process consists of several stages, beginning with the production of methane gas from compost and ending with the generation and storage of electricity for domestic use.
First, a steel tank is filled to three quarters with compost materials, such as leaves and food scraps, together with water. Inside the tank, the compost ferments and produces methane gas. The gas is then transferred through a pipe to a methane storage tank, where it is kept before the next stage.
After that, the methane gas is compressed by a compressor. The compressed gas is sent to a combustion engine, which produces mechanical energy. This energy is subsequently used to operate a generator. As a result, electrical energy is produced by the generator. Finally, the electricity is stored in a battery for later use and can also be supplied directly to homes for everyday purposes.
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