1.0 3000 KLD plant in BMC Worli, Mumbai

Features of Worli Soil Biotechnology Plant:-

• 3 MLD waste water is pumping out for treatment from 800 MLD

• Direct pumping over top of BR without any primary treatment

• Facility is constructed in half masonry and half media bund

• Power 0.05 kWH/kL

Results:- Plant performance of plant for 6 months

2. 600 KLD plant in Mahuva Village, Surat

Features of Mahua Soil Biotechnology plant:-

• Project proposed by Dept of Rural Development Gujarat as a special demonstration case for CAMUS SBT.

• 0.6 MLD sewage is generated from village.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Power requirement is less than 0.1 kWh/ kL

• Using Water for farming

Results:- In recent study of water tests shows that BOD is less than 4.5 and COD is less than 40 with removal efficiency of BOD and COD are greater than 98% and greater than 92% respectively and treated water discharging into the lake.

3. 1400 KLD plant in MES, Jaisalmer

Features of Jaisalmer Soil Biotechnology Plant:-

• Project in desert area with variant atmosphere.

• Preliminary, Primary, secondary treatment administrative and control room all facilities are RCC structures

• Plant is designed to give treated water for irrigation standards.

• Power requirement is 0.1 kWh/KLD

• Using water Gardening.

Results:-  Water tests shows that BOD is less than 10 and COD is less than 80 with removal efficiency of BOD and COD are greater than 91% and greater than 80% respectively and treated water is using for watering for garden and lawn.

4. 650 KLD plant in HDIL, Virar

Features of HDIL Virar Soil Biotechnology Plant:-

• Project proposed in the median of wide 6m on road between two residential buildings.

• Preliminary, Primary, secondary treatment and tertiary treatment, administrative and control room all facilities are RCC structures

• CAMUS SBT itself acts as a secondary and tertiary treatment

• Treated water for reuse.

• Power requirement is 0.1-0.15 kWh/KLD

• Using the water for flushing, car washing, construction and Gardening

Results:- In recent study of water tests shows that BOD and COD are less than 5 with removal efficiency of BOD and COD are greater than 99% and treated water quality nearly equal to drinking water. Treated water is used for construction, flushing, plantation, car washing and floor cleaning.

.5. 500 KLD SBT plant at Gujarat State Electricity Board, Panandro

Features of GSEB Panandhro Soil Biotechnology plant :-

• Project in desert area with variant atmosphere.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Plant is designed to reuse the treated water for gardening and irrigation.

• Power requirement is less than 0.1 kWh/kL

• Using the water for gardening

Results:-  Water tests shows that BOD is less than 8.5 and COD is less than 59 with removal efficiency of BOD and COD are greater than 96% and greater than 81% respectively and treated water is using for watering for garden and lawn.

6. 500 KLD SBT plant at Gujarat State Electricity Board, Sikka

Features of GSEB Sikka Soil Biotechnology plant:-

• Project in desert area with variant atmosphere.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Plant is designed to reuse the treated water for gardening and irrigation.

• Power requirement is less than 0.1 kWh/kL

• Using the water for gardening

Results:-  Water tests shows that BOD is less than 8.5 and COD is less than 59 with removal efficiency of BOD and COD are greater than 96% and greater than 81% respectively and treated water is using for watering for garden and lawn.

7. 250 KLD SBT plant at Command Hospital Air Force, Bangalore.

Features of CHAF Bangalore Soil Biotechnology plant:-

• Project in Hospital, all the waste water will come including blood, tissues.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Power requirement is 0.2 kWh/kL

• Using water for farming.

Results:-  Water tests shows that BOD is less than 5 and COD is less than 26 with removal efficiency of BOD and COD are greater than 98% and greater than 99% respectively and treated water is using for watering for irrigation of CHAF farming fields to recover the investments.

8. 165 KLD SBT plant at Airport Authority of India, Lucknow.

Features:-

• Project in Airport area with variant atmosphere.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Power requirement is 0.2 kWh/kL

• Using water for gardening

Results:-  Water tests analysis for 8 months in 2014 which shows the treated water quality is also consistent with variable load. Treated water is used for gardening.

9. 75 KLD SBT plant at DLF Real State Garden, Gurgaon Haryana

Features of DLF Garden Estate Soil Biotechnology plant:-

• Project in VIP area with peaceful atmosphere.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Power requirement is 0.2 kWh/kL

• Using the water gardening, Car washing and road cleaning.

Results:-  Water tests shows that BOD is less than 14 and COD is less than 37 with removal efficiency of BOD and COD are greater than 98% and greater than 99% respectively and treated water is using for watering for gardening.  

10. 1500 KLD plant in Herohalli Lake, Bangalore

Features of BBMP Bangalore Soil Biotechnology Plant:-

• Project proposed by Task Force for Quality Assurance in public construction, secretariat office, Government of Karnataka as a special demonstration case for CAMUS SBT.

• For restoration of Lake

• 1.4 MLD sewage is separated from 8 MLD inflow which contains the effluents from textile industry.

• Preliminary, Primary, secondary treatment, administrative and control room all facilities are RCC structures

• Power requirement is less than 0.1 kWh/ kL

Results:- In recent study of water tests shows that BOD is less than 4.5 and COD is less than 40 with removal efficiency of BOD and COD are greater than 98% and greater than 92% respectively and treated water discharging into the lake.