Electrostatic precipitator
AssigneeTechnische UniversitäT Dortmund
InventorsMarkus Thommes, Adrian Dobrowolski, Helmut Wiggers, Damian Pieloth, Gerhard Schaldach, Anna Justen
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AssigneeTechnische UniversitäT Dortmund
InventorsMarkus Thommes, Adrian Dobrowolski, Helmut Wiggers, Damian Pieloth, Gerhard Schaldach, Anna Justen
Estimating the term…
An electrostatic precipitator for introducing sub-millimeter sized particles into a carrier material. The carrier material has a melting point which lies above 0° C., preferably above room temperature. The electrostatic precipitator comprises a casing having an inlet for inserting a gas flow into the casing and having an outlet for guiding a gas flow out of the casing. A channel for passing the gas flow from the inlet to the outlet is provided. A discharge electrode is provided on a first side of the channel. A collecting electrode is provided at a second side of at least a part of the channel. The electrostatic precipitator applies an electric field between the discharge electrode and the collecting electrode. A receiving volume is provided with a molten material as carrier material.
Electrostatic precipitator for introducing sub-millimeter sized particles into a carrier material, wherein the carrier material has a melting point which lies above 0° C., preferably above room temperature, wherein the electrostatic precipitator comprises a casing having an inlet for inserting a gas flow into the casing and having an outlet for guiding a gas flow out of the casing, wherein a channel for passing the gas flow from the inlet to the outlet is provided between the inlet and the outlet, wherein a discharge electrode is provided on a first side of the channel and wherein a collecting electrode is provided at a second side of at least a part of the channel, the second side being located opposite to the first side such that the electrostatic precipitator is adapted for applying an electric field between the discharge electrode and the collecting electrode, wherein adjacent to the collecting electrode and between the collecting electrode and at least a part of the channel, a receiving volume is provided, wherein located in the receiving volume is a molten material as carrier material, wherein the carrier material has a melting point which lies above 0° C., preferably above room temperature.
Dependencies are inferred from the claim text.