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The image illustrates the electricity generation process at a wood chip-burning power plant, beginning with woodchips arriving at the plant, where they are initially weighed on scales. Trucks subsequently unload the woodchips, which are then screened for size and ground if too large. These woodchips are burned in a furnace alongside air to heat a boiler. During this process, hot gasses and ash are separated, and the resulting steam is pumped out to drive a turbine, which is connected to a generator and transformer for electricity generation. The wood ash residue is collected and utilized for various purposes, including fertilizer and wastewater filters.
Given the complexity of the image, the above description may not be entirely accurate.
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The given diagram provides information about how to generatee lectricity at a wooden chip-burning power plants.
Overall, the process of generating electricity consistss even stages and a number of tools and infrastructure, from arriving woodchips at a wood-fired power plant to use wood ash for a variety of purposes.
In the beginning, trucks arrives with woodchips at a wood-fired power plant. After that woodchips go for scaling, it is weighted on scale for further process. Next, trucks unload woodchip in monitored machine. In this step, woodchips are screened for size and groud if the size of woodchips are too big.
In the following steps, with help of a furnace to woodchips are burned it include ain to heat a boilen, that “m ma- processed by turbine. generator and transforme. Then the processsed process products go for separation of hot gasses and ash. In the final stage, Nood ash residue is used for a variety punposes. Which include fertilisen, waste water filters uses.
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