In the scope of the present work on-line measurements of combustion related particles from anthropogenic emission sources were carried out. This includes investigation of particle emissions of a small batch reactor, which can be considered as model system for large scale industrial incinerators, as well as measurements in large scale domestic waste incineration plants. Additionally, several flue-gas cleaning technologies were investigated regarding particle emissions with respect to different operating conditions. The chemical composition of single particles was addressed with laser mass spectrometric techniques. This includes combustion aerosols from industrial incineration plants, particles emitted from gasoline and diesel engines as well as soot particles generated with standard laboratory techniques. In this context different particle types could be clearly distinguished by their chemical properties. Eventually, the laser based methods turned out to be valid also for the distinction between biogenic and anthropogenic particles.
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In the scope of the present work on-line measurements of combustion related particles from anthropogenic emission sources were carried out. This includes investigation of particle emissions of a small batch reactor, which can be considered as model system for large scale industrial incinerators, as well as measurements in large scale domestic waste incineration plants. Additionally, several flue-gas cleaning technologies were investigated regarding particle emissions with respect to different op...
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