This study is devoted to an analysis of the behaviour of selected trace elements, especially heavy metals, in integrated coal gasification combined cycle power plants (IGCC). To this end a computer program is developed to simulate the trace element flows through the power plant and calculate the distribution of these elements to the different residues and the flue gas. This investigation refers to entrained flow gasifiers as well as fluidized bed gasifiers combined with different product gas purification facilities. Especially the influence of a dry hot gas cleaning is analysed in comparison to a wet gas cleaning. The results of the performed calculations are compared to those from conventional coal fired power plants. The theoretical inves...
The Energy & Environmental Research Center (EERC) is carrying out an investigation that will provide...
High temperature coal utilization processes such as gasification emit hazardous traces of heavy meta...
The development of cleaner, more efficient techniques in next-generation coal power plants is becomi...
This study is devoted to an analysis of the behaviour of selected trace elements, especially heavy m...
Two Finnish coal-fired power plants were experimentally investigated with regard to the distribution...
This study is devoted to a theoretical analysis of the most important parameters having an influence...
Determining the distribution of trace elements in a large-scale power plant is a challenge for both ...
The fate of trace element pollutants in integrated gasification combined-cycle (IGCC) systems is clo...
Coal contains most elements of the Periodic Table in trace quantities. During gasification and combu...
The Energy and Environmental Research Center (EERC) is carrying out an investigation that will provi...
Power plants with gas and steam turbines in pressurized fluidized bed or pressurized gasification pr...
Gas turbine steam coal-fired powerstations (GDK) have the advantage over other advanced coal-fired p...
In order to reveal the migration of trace elements from coal to gasification residues, the modes of ...
Coal-fired power and heat production are the largest single source of Hg in the atmosphere, and in M...
Analytical methods for solid samples taken from a coal-fired power plant were developed and optimize...
The Energy & Environmental Research Center (EERC) is carrying out an investigation that will provide...
High temperature coal utilization processes such as gasification emit hazardous traces of heavy meta...
The development of cleaner, more efficient techniques in next-generation coal power plants is becomi...
This study is devoted to an analysis of the behaviour of selected trace elements, especially heavy m...
Two Finnish coal-fired power plants were experimentally investigated with regard to the distribution...
This study is devoted to a theoretical analysis of the most important parameters having an influence...
Determining the distribution of trace elements in a large-scale power plant is a challenge for both ...
The fate of trace element pollutants in integrated gasification combined-cycle (IGCC) systems is clo...
Coal contains most elements of the Periodic Table in trace quantities. During gasification and combu...
The Energy and Environmental Research Center (EERC) is carrying out an investigation that will provi...
Power plants with gas and steam turbines in pressurized fluidized bed or pressurized gasification pr...
Gas turbine steam coal-fired powerstations (GDK) have the advantage over other advanced coal-fired p...
In order to reveal the migration of trace elements from coal to gasification residues, the modes of ...
Coal-fired power and heat production are the largest single source of Hg in the atmosphere, and in M...
Analytical methods for solid samples taken from a coal-fired power plant were developed and optimize...
The Energy & Environmental Research Center (EERC) is carrying out an investigation that will provide...
High temperature coal utilization processes such as gasification emit hazardous traces of heavy meta...
The development of cleaner, more efficient techniques in next-generation coal power plants is becomi...