Method and device for gas cleaning

A gas cleaning and equipment technology, applied in mechanical equipment, chemical instruments and methods, solid separation, etc., can solve problems such as difficulty in cleaning electrostatic dust filters, and achieve the effects of low power consumption, easy implementation, and high charge density

Inactive Publication Date: 2012-08-22
阿里·莱廷伦 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

However, in that case the particles would deposit on all surfaces near the corona ele

Method used

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  • Method and device for gas cleaning
  • Method and device for gas cleaning
  • Method and device for gas cleaning

Examples

Experimental program
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Example Embodiment

[0049] Referring to FIG. 1, the gas cleaning device 500 may include a particle charging unit 150, a flow guiding structure 30 and a particle collector 10.

[0050] The particulate gas FG may be introduced into the gas cleaning device 500 via the gas inlet duct 301.

[0051] The particle charging unit 150 is configured to form charged particles P1 by charging the neutral particles P0 of the particle-charged airflow FG. The particulate gas FG can be, for example, flue gas from a combustion process.

[0052] The particles P0 may be solid or liquid particles, for example. The diameter of the particle P0 may, for example, be in the range of 5 nm to 500 nm.

[0053] The charging unit 150 may include an ion source 100 and an intake duct 301. The ion source 100 is configured to provide a flow of ionized gas IG. The ionized gas IG includes ion J1, such as Figure 1a The black dots are shown.

[0054] The ionized gas IG may be introduced into the intake duct 301 via the nozzle 130. The subst...

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PUM

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Abstract

A method for separating particles (P0, P1) from particle-laden gas (FG) comprises: - forming charged particles (P1) by charging particles (P0) of a particle-laden gas (FG), - providing a gas jet (JET1) by guiding said particle-laden gas (FG) by a flow guiding structure (30), and - collecting particles (P1) from said gas jet (JET1) to a collecting electrode (10) by an electric field (E1), wherein an effective collecting area (EFFZ) of said collecting electrode (10) is positioned such that gas velocity gradient (Delta v/ Delta y) at each point of said effective collecting area (EFFZ) is smaller than 10% of the maximum gas velocity (VMAX) in said gas jet (JET1) divided by the height dimension (d1') of said jet.

Description

technical field [0001] The present invention relates to the separation of particles from gases. Background technique [0002] For example, when burning wood, wood pellets, peat or municipal waste, aerosol particles may be formed during the combustion process. Aerosol particles can also be formed in industrial processes such as hot-dip galvanizing, welding or glass melting. The aerosol particles are generally harmful to the environment and health. Specifically, so-called nanoparticles can cause health problems when inhaled, as they can penetrate the human lungs. Toxic heavy metals that evaporate during industrial processes may also become concentrated and become enriched in nanoparticles. The term nanoparticle herein refers to particles having a diameter less than or equal to 500 nm. [0003] It is known that aerosol particles can be separated from the flue gas by using filtration, or by using electrostatic precipitators. Electrostatic precipitators are generally charact...

Claims

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Application Information

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IPC IPC(8): B03C3/45B03C3/12B03C3/36B03C3/14F02C7/052
CPCB03C3/12B03C3/14B03C3/366B03C3/47B03C3/38B03C3/08B03C3/41B03C3/45
Inventor 阿里·莱廷伦考科·詹卡乔马·凯斯金伦
Owner 阿里·莱廷伦
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