ČKD PRAHA DIZ

• municipal waste
• alternative method of heat and electricity generation
• heat generated by waste incineration is transformed to:
• steam
• to drive conventional steam turbines (the generated electricity positively contributes to power balance of municipalities)
• 90% reduction of waste volume and its conversion to secondary raw material for further recycling

References:  

Malešice municipal waste incineration plant, Prague, Czech Republic
Liberec municipal waste incineration plant, Czech Republic

• industrial, hospital and special waste
• continuous ashing pyrolysis furnaces
• rotary furnaces for disposal of industrial and special solid, pasty and liquid wastes
• output range: 30–1,000 kg of waste per hour (depending on system type) (corresponding to annual capacity of app. 7.500 tons of waste at overage heat value of 9 MJ/kg)
• heat power (generated by waste incineration) is converted in heat exchangers and used for production of hot water, saturated of overheated steam
• the delivery may include a steam turbine with electric power generator (it significantly reduces waste disposal plant’s operating costs)
• wet purification of combustion gases can be complemented by technology which does not produce any waste water, resulting in significant reduction of fresh water consumption during operation
• the technology of multi-stage wet, semi-dry or dry combustion gases purification guarantees meeting of emission limits defined by the European Commission with a great reserve
• in accordance with the European legislation the delivered systems include continuous measurement of contaminant volume in combustion gases

References:
Motol University College Hospital, Prague, Czech Republic
Hospital of Rudolf and Stephany, Benešov, Czech Republic