Unlocking 50–150 t/h Waste Incinerators
We supply the 50t/h-150t/h waste incinerator, made up of a feeder, grate, ash hopper, ash conveyor and slag remover, for municipal solid waste incineration projects with a daily throughput of 30~600 tonnes. The grate is the core of the incineration system, and the unit can handle municipal solid waste and some industrial waste.
Capacity and system composition
A single unit handles 50 to 150 tonnes of waste per hour, which suits projects with a large municipal waste flow. The incineration system follows the waste path through feeding, combustion, ash discharge and slag removal, with each stage selected for a daily throughput of 30~600 tonnes.
| Item | Parameter |
|---|---|
| Throughput | 50t/h-150t/h |
| Daily throughput | 30~600 tonnes |
| Combustion temperature | 850℃-1100℃ |
Combustion control and furnace body
The automatic combustion control system regulates furnace temperature, pressure and oxygen content, maintaining stable combustion when the calorific value and composition of the waste fluctuate and reducing harmful gases and coking risks from incomplete combustion. The furnace body uses heat-resistant and corrosion-resistant materials with high-temperature strength and mechanical strength, and its structure balances combustion efficiency with equipment life.
Flue gas cleaning and dioxin control
Flue gas cleaning combines bag filters, a wet desulphurisation tower and selective catalytic reduction (SCR) to remove dust, sulphur dioxide (SO₂), nitrogen oxides (NOₓ), hydrogen chloride (HCl) and dioxins. In the combustion stage the temperature is held at 850℃-1100℃ with sufficient residence time and turbulence so that organic matter decomposes fully; activated carbon adsorption in the flue gas stage then controls residual dioxins.
Waste heat recovery and operation
The waste heat boiler turns the heat of incineration into steam, which drives a turbine generator; the power serves the plant and is fed to the grid, while steam or hot water can also supply nearby industrial enterprises and residential heating in winter. Operation is monitored by sensors, data collectors and a computer control system, and the central control room shows operating status and fault alarms with remote monitoring support. The system can also use operating data to predict faults, plan maintenance and prepare spare parts.
