The aim of this study is a comparison of four different flue gas cleaning systems of municipal solid waste incinerators (MSWI). The main topic of the investigation is the relationship between type of flue gas cleaning sys-tem and investment costs. This comparison will be done with the aid of material flow analysis. The elements chlo-rine, sulfur and mercury are considered. In addition, the amounts of residues will be taken into consideration. As a result of this work, a flue gas cleaning concept with a wet flue gas cleaning system equipped with fabric filter fol-lowed by a two-stage scrubber system seem to be very interesting for the construction of new plants
The detailed mechanism of high temperature chlorine corrosion, the dominant cause of corrosion in a ...
Solid residuals of municipal solid waste incineration (MSWI), i.e. bottom ash and fly ash contain si...
Municipal solid waste incineration (MSWI) produces a number of by-products: fly ashes, bottom ash an...
The aim of this study is a comparison of different kinds of flue gas cleaning systems of municipal s...
Here we will focus on dry flue gas cleaning methods applied for MSW incineration. Majority of dust f...
Here we will focus on dry flue gas cleaning methods applied for MSW incineration. Majority of dust f...
One of the most widely used processes for municipal solid waste disposal in several industrialized c...
Gas cleaning systems of MSW (Municipal Solid Waste) incinerators are characterised by the process em...
This doctoral thesis deals with potentials of methods for cleaning of flue gas from pollutants such ...
This work reviews strategies for the management of municipal solid waste incineration (MSWI) residue...
Research of advanced technologies for energy generation contemplates a series of alternatives that a...
Analysis of the regional energy supply, shows that suitable alternative may be a combination of prim...
International audienceSolid residues recovered from treatment of flue gas resulting from the combust...
Power generation from Municipal Solid Waste incineration is widespread used as a technology for soli...
International audienceDue to the incomplete mineralisation of some organic compounds during the inci...
The detailed mechanism of high temperature chlorine corrosion, the dominant cause of corrosion in a ...
Solid residuals of municipal solid waste incineration (MSWI), i.e. bottom ash and fly ash contain si...
Municipal solid waste incineration (MSWI) produces a number of by-products: fly ashes, bottom ash an...
The aim of this study is a comparison of different kinds of flue gas cleaning systems of municipal s...
Here we will focus on dry flue gas cleaning methods applied for MSW incineration. Majority of dust f...
Here we will focus on dry flue gas cleaning methods applied for MSW incineration. Majority of dust f...
One of the most widely used processes for municipal solid waste disposal in several industrialized c...
Gas cleaning systems of MSW (Municipal Solid Waste) incinerators are characterised by the process em...
This doctoral thesis deals with potentials of methods for cleaning of flue gas from pollutants such ...
This work reviews strategies for the management of municipal solid waste incineration (MSWI) residue...
Research of advanced technologies for energy generation contemplates a series of alternatives that a...
Analysis of the regional energy supply, shows that suitable alternative may be a combination of prim...
International audienceSolid residues recovered from treatment of flue gas resulting from the combust...
Power generation from Municipal Solid Waste incineration is widespread used as a technology for soli...
International audienceDue to the incomplete mineralisation of some organic compounds during the inci...
The detailed mechanism of high temperature chlorine corrosion, the dominant cause of corrosion in a ...
Solid residuals of municipal solid waste incineration (MSWI), i.e. bottom ash and fly ash contain si...
Municipal solid waste incineration (MSWI) produces a number of by-products: fly ashes, bottom ash an...