Authors:Â A.Mugesh, R.Manivannan, M.Rajasekaran
Abstract:Â This study appraises techno-economic viability for bio-energy production in Dhinnapatti village using different tools for data collection. Since there was no waste management energy generation system in the village, the habitant threw household waste in the streets and used the animal waste as the fertilizer. This waste scan be utilized to generate bio-energy that can be a renewable substitute for natural gas as natural gas is becoming scarce in our country and is suitable for home use in cooking and heating purposes. The biogas-driven engine and generator are off-the-shelf items, and therefore the period of construction of a biogas-based electric power plant is determined by the time needed to construct the biogas reactor. Because a biogas reactor takes on about six months to build, it has been assumed that the entire expenditure is incurred at the commencement of the project. The items involved in the capital expenditure are the biogas reactor, piping, sand filters, engine, generator, accessories and tools, and engine room.
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