The container-based incineration system is designed for the incineration of solid, pasteous and liquid hazardous waste such as waste oil, organic solvents, paint sludge, lacquers, plastic, synthetic material, rubber halogenated waste, pesticides, PCB, hospital waste and infectious waste (optional).

The capacity of the plant is 2,000 - 4,000 ton pr. year, depending on the bulk density and the heat value of the waste.

The incinerator is a turnkey installation consisting of two standard 40 ft. and one 20 ft. containers thus simplifying transportation and installation on site. The container-based concept makes it very easy to move the system from one site to another. The unit is complete with feeding system, rotary kiln, secondary combustion chamber, flue gas cooling system, flue gas cleaning, electrical wiring, control system, etc.

The operating temperature of the rotary kiln is 1, 100°C and the subsequent secondary combustion chamber ensures destruction of the organic components at a residence time of 2 seconds at 1,100°C.

The flue gas cooling system consists of a quench in which the flue gas is cooled by evaporation of water before it enters a heat recovery boiler. The boiler produces hot water, which can be utilised in several ways, for example for district heating.

The flue gas cleaning system is equipped with bag filter, quench and wet scrubber, which ensures fulfilment of the following emission requirements as specified in EU Directive 94/67/EC on incineration of hazardous waste:


Dust 10 mg/Nm3
Hydrogen Chloride, HCl 10 mg/Nm3
Hydrogen Fluoride, HF 1 mg/Nm3
Sulphur Dioxide, S02 50 mg/Nm3
Carbon Monoxide, CO 50 mg/Nm3
Total Organic Carbon, TOC 10 mg/Nm3
Dioxin 0,1 ng/Nm3
 

 

 

 Move mousepointer over the CIS-plan below to see descriptions of different parts of the plant.