Integrated Waste Treatment including Residue Utilization

Integrated waste treatment including residue utilization is not only a catchphrase, it shall be the maxim for further development in waste management for all kinds of waste types and local conditions and requirements. Modern WtE – Waste to Energy projects, shall be understood as innovative turn key solutions to convert waste products in recyclables which substitute the limited natural resources such as fossil energy sources and secures sustainable preservation of Mother Nature.

Based on the existing guideline 89/369/EWG the main purpose of waste incineration plants was defined as listed below: Waste incineration plants are industrial premises which shall be designed for the main purpose of treatment of municipal waste incl. recovery systems for generated thermal energy.
History Waste Incineration Plants:
• First discontinuous stoker-fired furnace for waste incineration 1876 in Manchester (GB) and 1894 in Hamburg (D). Development of continuous stoker-fired systems starting in 1920. Currently, worldwide more than 1.000 waste incineration plants with combustion grate, fluidized bed as well as rotary kiln technologies have been realized.
• Today, various companies in grate combustion, fluidized bed, rotary kiln, boiler design and fabrication technology as well as operators of complex environmental facilities build on 100 years of tradition in construction and operation of waste incineration plants.
• Due to development of environmental movement the term waste incineration plant was afflicted with overtones. Hence the term Waste to Energy was developed in the past to substitute the old definition and to rebrand WtE projects with positive green public
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Copyright: © TK Verlag - Fachverlag für Kreislaufwirtschaft
Quelle: Waste Management, Volume 2 (September 2011)
Seiten: 11
Preis inkl. MwSt.: € 0,00
Autor: Andreas Richter

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