Possibility of biogas production by the biomass obtained from horticultural wastes (case study: Taleghan region)
Subject Areas :
Keywords: environment, biomass, Rural Areas, bio gas, increasing productivity, clean fuel,
Abstract :
Possibility of biogas production by the biomass obtained from horticultural wastes (case study: Taleghan region) Imanali Mamani1, Mohammad Gholami Porshokouhi2, Mohammad Ghahderijani3 1,2 MSc student and Associate Professor in Islamic Azad University, Department of Agricultural Mechanization & Machinery, Takestan Branch, Iran 3 Assistant Professor in Islamic Azad University, Department of Agricultural Mechanization & Machinery, Science and Research Branch, Tehran, Iran Received: 2 october 2017Accept:17 october 2017AbstractToday, optimum energy management to ensure the credibility of renewable resources is one of the most important pillars of the developing countries. One of the most important sources for the development of clean energy sources in sustainable agriculture is the utilization of garden waste products as a precondition for the production of biomass energy.In this study, the potential of biomass production was estimated using biomass from lobsters (apple, cherry, cherry and walnut) from the four rural areas (Dizan, Naryan, Grub, and Autonomous Region) of Taleghan.The results showed that the highest and lowest amount of biomass belongs to Dizan and Grub villages.The widespread portion of the total biomass from the Dizan Village (1190.7 kg) was considered as a product of walnut.The largest potential for biofuel production or biogas was from Dizan Village with the production of 109.9377 million cubic meters per year.The lowest bio-gas production potential, with a volume of 376.36 cubic meters per year, was allocated to the Grub village with a specific share of walnut waste of 46.239 cubic meters per year.The amount of biofuel production per a seedlings of walnut and cherry trees in Dizan Village was calculated 459.52 and 29.95 cubic meters, respectively.Key words: rural areas, increasing productivity, environment, biomass, bio gas, clean fuel
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