Greener Journal of Science, Engineering and Technology Research

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Haruna et al

Greener Journal of Science, Engineering and Technological Research Vol. 6 (3), pp. 078-081, November 2016.

ISSN: 2276-7835 © 2016 Greener Journals

Research Paper

Manuscript Number: 120816210



Theoretical Evaluation of the Potential of Human Waste for Household Electrification


Ibrahim U. Haruna1, Bello Zubairu*2 and Babangida Yakubu3


1 Mechanical Engineering Department, Federal Polytechnic, PMB 35 Mubi, Adamawa State, Nigeria.

2 Chemical Engineering Department, Federal Polytechnic, PMB 35 Mubi, Adamawa State, Nigeria.

3 Electrical Engineering Department, Federal Polytechnic, PMB 35 Mubi, Adamawa State, Nigeria.


The growing demand of electric power supply in Nigeria necessitates the integration of renewable energy resources into the country’s energy mix which is in consonance with the global energy transition. This paper is an attempt to theoretically evaluate the potential of human waste (faeces) for the electrification of a modest residential building (3-bedroom flat) with six occupants. The daily electrical energy demand of the building is estimated to be  while the daily electrical energy value of the biogas produced by the excreta of the six occupants is. This shows that the daily quantity of excreta of the six building occupants is inadequate to meet the daily electrical energy demand of the building. Therefore, hybrid system should be employed if the building is to be effectively electrified. Individuals and government at all levels are implored to embrace this emerging technology because of its potential of not only generating biogas for electricity generation or cooking, but also for fertilizer production, protection of the environment and mitigation of sanitation problems.


Keywords: Biogas, biomass, waste, electricity, building

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Aremu, J.O; Aremu, D.A and Ibrahim, U.H. (2013): “A cost comparison of stand-alone solar PV and fuel generator for residential electrification”. Proceedings of the Third International Conference on Research and Sustainable Development, Vol.3, No. 1


Karekezi, S. and Kithyoma, W. (2002): Renewable energy strategies for rural Africa: is a PV Led renewable energy strategy the right approach for producing modern energy to the rural poor of Sub-saharan Africa. Energy Policy30: 1071-1086.


Onojo, O.J; Chukwudebe, G.A.; Okafor, E.N.C; Ononiwu, G.C.; Chukwuchekwa, N. Opara, R.O. and Dike, D.O (2013). “Estimation of the electric power potential of human waste using Students hostel soak-away pits”. American Journal of Engineering Research. Vol.02,Issue-09, pp 198.www.ajer.or


Rao, S. and Parulekar, B.B.(2004): Energy Technology-Nonconventional, Renewable and Conventional. Third Edition. KHANNA Publishers- NaiSarak, Delhi


Sebitosi, A.B. and Pillay, P. (2008): Grappling with a Half-hearted Policy: The case of Renewable Energy and the Environment in South Africa, Energy Policy 36: 2513-2516.


Sujata, G. (2010): Biogas comes from the cold, New Scientist Conference, London: Sunita Harrington pp14.


UNICEF and WHO (2015): Progress on Sanitation and Drinking Water; 2015 update and MDG Assessment.


World Energy Council Data (2013): Average Electricity Consumption per Electrified Household.