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The image presents a flow diagram depicting the process of anaerobic digestion. Various feedstock inputs such as "Livestock Waste", "Crops", "Waste Water", and "Food Waste" are directed into an "Anaerobic Digester." The digester outputs "Biogas," which can be then converted into "Biomethane." Diagram arrows indicate the conversion of biogas to "Heat" and "Electricity." The "Biomethane" is used as "Fuel" for vehicles and can also be supplied to the "Gas Grid." Additionally, the anaerobic digestion process produces "Digestate" used as "Fertilizer," "Soil amendments," and "Livestock bedding." No numerical data or percentages are displayed, only process flow and usage of outputs from the digester.
Given the complexity of the image, the above description may not be entirely accurate.
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The process illustrates how to produce biogas.
Overall, it is a man-made process that creates biogas from the waste of natural resources: crops, water, food, and livestock.
To process initiates with, livestock waste, crops, wastewater, and food waste are collected and stored in a huge container, which is called an anaerobic digester. In this, the raw materials are packed for some period so that it helps to make biogas. After that, an anaerobic digester produces two main outputs: biogas and digestate. Meanwhile, biogas generates heat, and electricity, which are used in utilities. biogas also produces biomethane, whereas biomethane is used for fuel and the gas grid.
Furthermore, the digestate is produced by an anaerobic digester. This is used to make fertilizer, which enhances the quality of soil, and the soil amendments, and livestock bedding are used in agriculture. Although, organic wastage helps to generate a valuable resource which is not only helpful in utilities but also in the agricultural sector.
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