With ‘Ankur’ Waste Treatment Plant, Fecal/Sewage can be used as per our standard specifications as below:-

PROCESS DATA POWER OPTIMIZED MODE WATER OPTIMIZED WATER OPTIMIZED
60% Solid 53% Solid 33% Solid 18% Solid
Incoming Wet sludge/day 21.5 24.3 39.1 31.3
% Solid in wet sludge 60% 53% 33% 18%
Qty. of solid & water in wet sludge/day 12.9 / 8.6 12.87 / 11.43 12.90 / 26.2 5.63 / 25.67
Qty. of solid & water in wet sludge/hr at 24 hrs. basis 0.5375 / 0.358 0.536 / 0.476 0.5375 / 1.09 0.234 / 1.06
HHV or GCV-Dry basis KJ/kg 18,600
HHV or GCV-As received basis KJ/Kg @ 15% moisture in fuel while feeding to boiler 15,810
Steam mass flow rate Kg/s, 40 Bar, 400 ̊C, 83% eff. on HHV 0.70 Kg/s 0.70 Kg/s 0.70 Kg/s 0.30 Kg/s
Gross Power Production 265-315 KW (2 Engines) 250-300 KW (2 Engines) 210-230 KW (2 Engines) 70-100 KW (1 Engine)

With ‘Ankur’ Waste Treatment Plant, Fecal/Sewage can be used as per our standard specifications as below:-

PROCESS DATA POWER OPTIMIZED MODE WATER OPTIMIZED WATER OPTIMIZED
60% Solid 53% Solid 33% Solid 18% Solid
Incoming Wet sludge/day 21.5 24.3 39.1 31.3
% Solid in wet sludge 60% 53% 33% 18%
Qty. of solid & water in wet sludge/day 12.9 / 8.6 12.87 / 11.43 12.90 / 26.2 5.63 / 25.67
Qty. of solid & water in wet sludge/hr at 24 hrs. basis 0.5375 / 0.358 0.536 / 0.476 0.5375 / 1.09 0.234 / 1.06
HHV or GCV-Dry basis KJ/kg 18,600
HHV or GCV-As received basis KJ/Kg @ 15% moisture in fuel while feeding to boiler 15,810
Steam mass flow rate Kg/s, 40 Bar, 400 ̊C, 83% eff. on HHV 0.70 Kg/s 0.70 Kg/s 0.70 Kg/s 0.30 Kg/s
Gross Power Production 265-315 KW (2 Engines) 250-300 KW (2 Engines) 210-230 KW (2 Engines) 70-100 KW (1 Engine)