Latest waste heat utilization trends in cement plants
Source/Quelle: OneStone Research
Source/Quelle: OneStone Research
Source/Quelle: OneStone Research
Source/Quelle: CCA, OneStone Research
Source/Quelle: Anhui Conch
Source/Quelle: OneStone Consulting
Source/Quelle: NKK
Source/Quelle: Sinoma-EC
Source/Quelle: NKK
Source/Quelle: Turboden
Source/Quelle: FLSmidth
Source/Quelle: HeidelbergCement
Source/Quelle: Narjan Cement Company
Source/Quelle: HeidelbergCement
Source/Quelle: HeidelbergCement
Source/Quelle: Turboden
Source/Quelle: Turboden
Source/Quelle: Turboden
Over the last two to three years there has been a distinct rise in the use of non-conventional waste heat recovery systems (WHR). One reason for this is the increasing competitiveness of these technologies due to the larger number of references and experience with the systems.
The number of installed systems for generating electrical power from waste heat has increased worldwide from 525 in 2009 to 865 in 2012. The number of non-conventional processes has also risen noticeably. However, most users are still giving preference to the conventional steam turbine systems. This market report focuses on the technical parameters, because these are often misjudged. In addition, the market development is described with an outline of the WHR systems currently in operation, and three case histories are introduced.
1 Introduction
In recent years, power generation from waste heat...
