Potensi Biogas dan Energi Listrik dari Pemanfaatan CH4 Limbah Cair Domestik dan Non Domestik di Surabaya Utara

Graha, I Made Satya (2018) Potensi Biogas dan Energi Listrik dari Pemanfaatan CH4 Limbah Cair Domestik dan Non Domestik di Surabaya Utara. Masters thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Telah dilakukan penelitian Potensi Biogas dan Energi Listrik dari pemanfaatan CH4 Limbah Domestik dan Non Domestik di Surabaya Utara selama tahun 2017-2026. Metode penelitian ini disusun berdasarkan tiga aspek yaitu, aspek lingkungan, aspek teknis dan aspek finansial. Penelitian ini ditujukan untuk Menentukan proyeksi gas CH4 dari aktivitas tangki septik di 5 Kecamatan di Wilayah Surabaya Utara, dan Menentukan proyeksi potensi pengurangan emisi CH4 dan konversinya menjadi biogas dan energi listrik. Perhitungan emisi gas CH4 dilakukan dan dianalisa mengenai dampak lingkungan Perhitungan besarnya proyeksi penduduk 10 tahun yang akan datang yang berkontribusi menimbulkan peningkatan dampak lingkungan pembuangan limbah cair ke tangki septik yang akan menghasilkan dampak lingkungan Emisi CH4 pada aktivitas domestik dan non domestik Surabaya Utara. Perhitungan besarnya proyeksi 10 tahun dari biogas yang berasal dari gas CH4 tangki septik menghasilkan energi listrik domestik dan non domestik dari aspek teknis. Serta Perhitungan besarnya potensi biogas yang punya nilai sosial ekonomi dari domestik berlantai banyak (rumah susun) pendekatan berdasarkan CDM project dengan aspek finansial. Berdasarkan perhitungan limbah domestik emisi gas metana domestik pada tahun 2013 sebesar 54.92 ton/tahun dan setiap tahunnya meningkat. Emisi gas metana domestik dari IPCC 2013 sebesar 24.07 ton/tahun, emisi gas metana non domestik 2007 sebesar 1.36 ton/tahun dan emisi gas metana non domestik dari IPCC pada tahun 2007 sebesar 184.82 ton/tahun. Energi listrik domestik tahun 2007 sebesar 3040.99 kW, energi listrik domestik IPCC tahun 2007 sebesar 76951.65 kW dan non domestik tahun 2007 sebesar 16531.23 kW. Pemanfaatan dari CDM berdasarkan dari IPCC tahun 2018 sebesar Rp. 36370000,- . ================ Has done research on the potential of Biogas and electric energy from the utilization of CH4 Domestic and Non domestic waste in Surabaya North during the years 2017-2026. The research method was developed based on three aspects, namely, environmental aspects, aspects of the technical and financial aspects. This research aimed to determine the projection of CH4 gas activities 5 in septic tanks in the Area North of Surabaya, and determining the emission reduction potential of CH4 projections and its conversion into biogas and electric energy. Calculation of CH4 emissions was conducted and analyzed regarding environmental impact calculation of the magnitude of the projection of the population 10 years to come which contribute to the improvement of the environmental impact of disposal raises the liquid waste into septic tanks that will produce CH4 Emissions environmental impact on the activity of domestic and non domestic North Surabaya. Calculation of the magnitude of the projected 10 years of biogas derived from gas CH4 cesspool produce electrical energy for domestic and non-domestic from the technical aspects. As well as the calculation of the magnitude of the potential of biogas which have socio-economic value of the many-floored domestic (flats) approach based on CDM project with financial aspects. Based on the calculation of the domestic waste methane gas emissions domestically in 2013 of 54.92 tons/year and each year is increasing. Domestic methane gas emissions from the IPCC 2013 amounting to 24.07 tons/year of methane gas emissions, non domestic 2007 amounted to 1.36 tons/year of methane gas emissions and non domestic from the IPCC in 2007 amounted to 184.82 tons/year. Domestic electrical energy year 2007 amounting to 3040.99 kW, domestic electrical energy IPCC 2007 year totalling 76951.65 kW and non domestic year 2007 amounting to 16531.23 kW. The utilization of the CDM based on IPCC year 2018 is Rp. 36370000,-.

Item Type: Thesis (Masters)
Uncontrolled Keywords: Domestik; non domestik; emisi CH4; energi listrik; domestic; non-domestic; emissions of CH4; electrical energy.
Subjects: T Technology > TD Environmental technology. Sanitary engineering > TD767.7 Sewage sludge treatment and disposal
T Technology > TK Electrical engineering. Electronics Nuclear engineering > TK1001 Production of electric energy or power
Divisions: Faculty of Civil Engineering and Planning > Environment Engineering > (S2) Master Theses
Depositing User: Graha I Made Satya
Date Deposited: 16 Mar 2018 07:56
Last Modified: 16 Mar 2018 07:56
URI: http://repository.its.ac.id/id/eprint/49897

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