Clean Energy: Biogas from Organic Livestock Waste
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Is it possible to transform farm waste into clean and affordable energy? This book presents key research aligned with SDG No. 7 (Affordable and clean energy), whose purpose was to evaluate biogas production by anaerobic digestion of mesophilic bacteria in the district of Cuñumbuqui, San Martin. With a quantitative approach and a quasi-experimental factorial design, the study analyzed the energy potential of various local organic livestock wastes: excreta from chickens, guinea pigs, cows, sheep and goat whey.Through precise measurements with specialized technology over a five-day period, the findings revealed surprising data on the performance of each substrate. Bighorn sheep manure was crowned the most efficient treatment, achieving a remarkable 162.9% biogas production, followed closely by cow manure at 159.4% and whey at 128.8%. In contrast, poultry manure and corn manure recorded the lowest levels, at 112.1% and 102.7%, respectively. A fundamental reading to understand how applied science can democratize access to methane and change the lives of vulnerable communities.
Is it possible to transform farm waste into clean and affordable energy? This book presents key research aligned with SDG No. 7 (Affordable and clean energy), whose purpose was to evaluate biogas production by anaerobic digestion of mesophilic bacteria in the district of Cuñumbuqui, San Martin. With a quantitative approach and a quasi-experimental factorial design, the study analyzed the energy potential of various local organic livestock wastes: excreta from chickens, guinea pigs, cows, sheep and goat whey.Through precise measurements with specialized technology over a five-day period, the findings revealed surprising data on the performance of each substrate. Bighorn sheep manure was crowned the most efficient treatment, achieving a remarkable 162.9% biogas production, followed closely by cow manure at 159.4% and whey at 128.8%. In contrast, poultry manure and corn manure recorded the lowest levels, at 112.1% and 102.7%, respectively. A fundamental reading to understand how applied science can democratize access to methane and change the lives of vulnerable communities.
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