Abstract

ABSTRACTThe consumption of fuel wood and charcoal in Ethiopia continues to increase as there is limited or no access to modern energy sources in the majority of rural areas, and most households cannot afford, even if they have access to, modern energy sources. This has resulted in environmental degradations in various forms. Harnessing biogas energy at household level can be a sustainable energy option for low income households. Based on primary data collected using a household survey and the use of propensity score matching model, this study analyses the contribution of biogas energy to reduction in firewood and charcoal consumption of households and its role in the management of cattle dung and human excreta in Ofla district, Ethiopia. The empirical findings show that the fuel wood and charcoal consumptions of biogas adopter households were on average reduced by 143.55 kg hh−1 month−1 (45% reduction) and 16 kg hh−1 month−1 (50.9% reduction) respectively compared to their non-adopter counterparts. Each biogas adopter household utilises about 2.1 kg day−1, 7.2 kg day−1 and 20 kg day−1 of wet faeces, urine and cattle dung respectively via anaerobic digestion which would otherwise have been unsafely discharged into the local environment.

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