Case studies

Poultry Waste Energy Utilization

By |2021-03-18T15:16:33+02:00March 17th, 2021|Biomass utilization, Biomass utilization|

FUEL: POULTRY BY-PRODUCTS (WITHOUT FAT) HEATING POWER: 23055 kJ/kg * MOISTURE: 8,3 % by w.t. ** ASH: 6,7 % by w.t. ** FUEL: POULTRY BY-PRODUCTS (WITH FAT) HEATING POWER: 23160 kJ/kg * MOISTURE: 12,8 % by w.t. ** ASH: 2,7 % by w.t. ** * DRY SAMPLE     ** WET SAMPLE BOILER TOTAL THERMAL POWER: 7,5

Wood Waste and Fine Wet Sawdust Material Utilisation Case Study

By |2021-03-18T15:38:58+02:00March 17th, 2021|Uncategorized|

BIOMASS SOLID FUEL: WOOD WASTE HEATING POWER: 2200 kcal/kg COMBUSTIBLE MATTER: 50 % by w.t. MOISTURE: 40 % by w.t. ASH: 10 % by w.t. BIOMASS SOLID FUEL: WET FINE SAWDUST MATTERIAL HEATING POWER: 3500 kcal/kg COMBUSTIBLE MATTER: 60 % by w.t. MOISTURE: 38-40 % by w.t. ASH: 1-2 %  by w.t. OIL BOILER TOTAL

Wood Waste Utilization Case Study

By |2021-03-18T15:40:45+02:00March 17th, 2021|Electric power plant units|

BIOMASS SOLID FUEL: WOOD WASTE HEATING POWER 2200 kcal/kg COMBUSTIBLE MATTER 55 % by w.t. MOISTURE 35 % by w.t. ASH 10 % by w.t. OIL BOILER TOTAL THERMAL POWER: 4,5 MW EFFICIENCY: 80% THERMAL OIL VOLUMETRIC FLOW: 250 m³/hr THERMAL OIL INPUT TEMPERATURE: 250°C THERMAL OIL OUTPUT TEMPERATURE: 280°C ENERGY BENEFITS (ANNUAL): 1.878 tons

RICE HUSK CASE STUDY

By |2021-03-18T15:42:16+02:00March 17th, 2021|Uncategorized|

BIOMASS SOLID FUEL: RICE HUSK HEATING POWER 2900 kcal/kg COMBUSTIBLE MATTER 72 % by w.t. MOISTURE 9 % by w.t. ASH 19 % by w.t. STEAM BOILER TOTAL THERMAL POWER: 7,5 MW ENERGY CONTRIBUTION: RICE HUSK 80 %  - LPG 20 % EFFICIENCY: 80 % STEAM PRODUCTION: 10,5 tons/hr STEAM TEMPERATURE: 193°C OPERATION PRESSURE: 11

HEAT AND POWER CO-GENERATION CASE STUDY

By |2021-03-18T15:44:41+02:00March 17th, 2021|Thermal power plants, Thermal power plants|

SOLID FUEL: WOOD WASTE & COTTON GIN WASTE BIOMASS CONSUMPTION 940 kg/hr HEATING POWER 4000 kcal/kg OIL BOILER TOTAL THERMAL POWER: 3.500 KW THERMAL OIL VOLUMETRIC FLOW 208m³/hr THERMAL OIL INPUT-OUTPUT TEMPERATURE 250-285°C DISTANCE HEATING THERMAL POWER 2.800 kW WARM WATER FLOW 33,9 kg/s WARM WATER INPUT-OUTPUT TEMPERATURE 60-80°C NOMINAL ELECTRICITY PRODUCTION 600 kW ORGANIC

Cotton Gin Waste Case Study

By |2021-03-18T15:49:11+02:00March 17th, 2021|Thermal and electric power cogeneration|

BIOMASS SOLID FUEL: COTTON GIN WASTE HEATING POWER 3.500 kcal/kg COMBUSTIBLE MATTER 72 % by w.t. MOISTURE 13 % by w.t. ASH 15 % by w.t. STEAM BOILER TOTAL THERMAL POWER: 7 MW ENERGY CONTRIBUTION: COTTON GIN WASTE 100 % EFFICIENCY: 80 % STEAM PRODUCTION: 10 tons/hr SEED COTTON QUANTITY PROCESSED: 30.000 tons COTTON FIBER

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