Energy conversion process
1
Fuel input
Waste and biomass are delivered to the plant
2
Energy generation
Fuel is converted into heat and electricity
3
Distribution
Energy is supplied to the city and the grid
4
Emission treatment
Flue gases are cleaned using advanced systems
5
Monitoring
Emissions are continuously controlled
Cogeneration units
Waste-to-energy data
Combustion grate boiler technology
Capacity & output
Boilers
1 × 80 MW
Power capacity
Up to 20 MW
Heat capacity
Up to 70 MW
Annual power output
Up to 160 GWh
Annual heat output
Up to 524 GWh
Energy utilisation rate
Over 100%
Technical systems
Steam turbine
20 MW generator
Combustion type
Travelling grate
Boiler type
70 MW single unit
Ash Collection
Fly & bottom ash
Economizer
Condensing type
Monitoring
Continuous, real-time
Flue gas treatment
Selective non-catalytic reduction (SNCR)
Spray dry absorbers
Sleeve filtration system
Key components
Receiving, weighing & storing systems
Waste preparation & feeding systems
Flue gas monitoring system
Continuous monitoring
Nitrogen oxides, carbon monoxide, sulphur dioxide
Particulates, total organic carbon
Hydrogen chloride, hydrogen fluoride, ammonia
Oxygen and water vapour
Spot measuring
Heavy metals analysis
Dioxins and furans (PCDDs/Fs)
Polychlorinated biphenyls (PCBs)