In the 2nd HDT Conference on energy efficiency in waste incineration plants or EBS power plants new solutions on the basis of projects presented energetic optimization is a constant engineering task that is becoming increasingly important due to greatly increased revenue for the generation of electricity, as well as by political boundary conditions. The HR-AVI Amsterdam acts as a significant example of the Energieffizienzsteigerung in the garbage power plant with an electrical net efficiency of > 30% has been designed and has recorded in March 2008 the operation of combustion. Experience has shown that considerable potential is also in existing waste-fired power plants. This interdisciplinary considerations are required because the positive aspects of improved energy use usually involve negative aspects of as increased corrosion or lower availability, etc. Running and theoretically considered examples of the courage to promote to make appropriate considerations for more plants. Target 2 HDT Symposium “Potentials and experiences to improve the energy efficiency in the waste power plant” on 28-29 September 2010 in the Haus der Technik, food, is to provide an overview of the possibilities of the energetic optimisation of waste incineration plants or waste-fired power plants. First the theoretical approach for all technically relevant opportunities to render, then describe the implemented solutions on the basis of completed systems. (Similarly see: Daryl Katz). Continue to be reported the operation experiences of new concepts.
Total views the particular aspect of the energy use should be sharpened so that this will be included to the significant improvement in the economy for future projects. On the 1st day plant examples presented Gallen, RENERGIA Luzern, consistent implementation in waste-to-energy plants and optimizations AEZ Asdonkshof for heat recovery in the exhaust gas cleaning, very-low-NOx technology, KVA St.. On the second day of the event the complementary use of solar thermal systems will be presented at the plant optimization by removing bottlenecks, as well as a process of After dry sorption heat extraction as well as the reduction of steam parameters in the MVA Oberhausen.