Sewage Treatment Plant At Tapovan Case Study
Case study prepared on Sewage Treatment Plant at Tapovan.
Location of Plant:-Sewage Treatment Plant at Tapovan, Panchavati, Nasik – 422 003.
Introduction :- Domestic Sewage Water is collected from different parts of city. It explains as follows –
1] Takli.SPS-20 MLD.
2] Old Ganeshwadi SPS-25 MLD.
3] New Ganeshwadi SPS-45 MLD.
4] Kapila SPS-7.5 MLD. In an average, about 75 MLD sewage water is collected. The quantity and quality of sewage water is varies with respect to day. Also the quality of sewage change in the week. Biogas is separated from the sewage. This biogas is then filtered into the scrubber and use for running the diesel engine to produce electricity. This electricity is used for running the various equipment’s like pump, motor, blower, which are …show more content…
Quantity of sewage collected every day in week is vary. Also the quality of sewage collected every day in week is vary.
Plant size - Area required for construction is 18 hector and area available is 18.51 hector. Process of bio gas generation is continuous for 24 hours in a day.
Quantity of gas generated per day = 1200 m3 to 1500m3
Type of dome use - Conical floating dome of gas storing capacity is 500 m3
Actually, in this plant, only single unit of 85 kW is running because of some technical problem. Another unit is not running. But, in forthcoming days, another unit will start. So, more power will be generated. So, there is a scope of future expansion. So, capacity of plant increases and power purchasing from M.S.E.B. will reduce. So, plant will become more economical.
Total cost of plant = Rs. 17,48,00000
No. of power required to run the plant for 280 days in one year. = Unit of electricity generated by plant.
= Capacity of plant * load factor * working day in year * no. of hr engine run for a day = 85*0.7*280 *12 = 1,99,920 kW Hr.
Unit of electricity that purchased from M.S.E.B. for one
Location of Plant:-Sewage Treatment Plant at Tapovan, Panchavati, Nasik – 422 003.
Introduction :- Domestic Sewage Water is collected from different parts of city. It explains as follows –
1] Takli.SPS-20 MLD.
2] Old Ganeshwadi SPS-25 MLD.
3] New Ganeshwadi SPS-45 MLD.
4] Kapila SPS-7.5 MLD. In an average, about 75 MLD sewage water is collected. The quantity and quality of sewage water is varies with respect to day. Also the quality of sewage change in the week. Biogas is separated from the sewage. This biogas is then filtered into the scrubber and use for running the diesel engine to produce electricity. This electricity is used for running the various equipment’s like pump, motor, blower, which are …show more content…
Quantity of sewage collected every day in week is vary. Also the quality of sewage collected every day in week is vary.
Plant size - Area required for construction is 18 hector and area available is 18.51 hector. Process of bio gas generation is continuous for 24 hours in a day.
Quantity of gas generated per day = 1200 m3 to 1500m3
Type of dome use - Conical floating dome of gas storing capacity is 500 m3
Actually, in this plant, only single unit of 85 kW is running because of some technical problem. Another unit is not running. But, in forthcoming days, another unit will start. So, more power will be generated. So, there is a scope of future expansion. So, capacity of plant increases and power purchasing from M.S.E.B. will reduce. So, plant will become more economical.
Total cost of plant = Rs. 17,48,00000
No. of power required to run the plant for 280 days in one year. = Unit of electricity generated by plant.
= Capacity of plant * load factor * working day in year * no. of hr engine run for a day = 85*0.7*280 *12 = 1,99,920 kW Hr.
Unit of electricity that purchased from M.S.E.B. for one