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논문 상세정보

전기집지기 집진특성 실험 및 유한차분해석에 관한 연구

Experimental and Finite Difference Method(FDM) Analysis on Collection Characteristics of Electrostatic Precipitator


Electrostatic Precipitators( EP ) are widely used in industry for controlling the emission of particulate pollutant Recently, a number of researches have been conducted to solve performance and reliability problems of EP, As a result of researches in the laboratory and of pilot scale, a technology of wide-pitch-spacing has been successfully applied to full scale units. It has been known that the wide-pitch-spacing can reduce the capital cost of newly installed precipitators, and the cost of rebuilding existing uints. In this paper, a systematic study was performed to develop a wide-pitch electrostatic precipitator. The study includes experimental and numerical work on the following : Particle collection characteristics for a bench-scale unit; gas flow characteristics( temperature and velocity distributions): other EP operating variables such as electric Power supply/control. The results are applied directly to design of wide-pitch-spacing EP and the developed numerical model was found to be a good argreement with the experimental results. The EHD simulation program is necessary to design the high efficiency EP.

참고문헌 (9)

  1. A new current-voltage relation for dust precipitators valid for low and high current densities , Cooperman,G. , IEEE Trans. / v.IA-17,pp.236-239, 1981
  2. Particle transport in electrostatic precipitators , Leonard,G.L.;Mitchner,M.;Self,S.A. , Atmospheric Enviroment / v.14,pp.1289-1299, 1980
  3. Factors affecting the resistivity layer in electrostatic precipitators , Mclean,K.J. , J. Air Pollution Cont. Ass. / v.28,pp.866-870, 1976
  4. Oglesy,S.;Nichols,G.B. , Electrostatic Precipitation / v.,pp., 1978
  5. Turbulent Deposition of Charged Particles under the Influece of an External Electric Field , Oron,A.;Gutfinger,C.;Hassid,S. , J. of Colloid and Interface Science / v.127-2,pp.401-416, 1989
  6. On the prediction of current-voltage characteristics for wireplate precipitators , Sekar,S.;Stomberg,H. , J. Electrostatics / v.10,pp.35-43, 1981
  7. Electrostatic Precipitation , Robinson,M.;W.Strauss(ed.) , Air Pollution Countrol / v.,pp., 1971
  8. Electrostatic precipitation of fly ash , White,H.J. , J. Air Polution Con. Association / v.27,pp.15-21;114-120;206-217;308-318, 1977
  9. Electrohydrodynamics in an eletrostatic precipitator , Yamamoto,T.Y.;Velkoff,H.R. , J. Fluid Mech. / v.108,pp.1-18, 1981

이 논문을 인용한 문헌 (4)

  1. 1995. "" 大氣保全 : 韓國大氣保全學會誌, 11(3): 232~243 
  2. 2001. "A Numerical Study on the Collection Characteristics of a Wide Plate-Spacing Electrostatic Precipitator" 설비공학논문집 = Korean journal of air-conditioning and refrigeration engineering, 13(12): 1205~1213 
  3. Shin, Wan-Ho ; Hong, Won-Seok ; Song, Dong-Keun 2010. "Relationship between ICAC EP-7 and %RMS, Standards for Gas Flow Uniformity inside Electrostatic Precipitators" 한국대기환경학회지 = Journal of Korean Society for Atmospheric Environment, 26(2): 234~240 
  4. Nam, Sangchul ; Kim, Hyun Jung ; Kim, Kwang Soo 2013. "Adsorption Characteristics of BTEX on Dust Collecting Electrode Coated with Activated Carbon" 한국대기환경학회지 = Journal of Korean Society for Atmospheric Environment, 29(6): 773~779 


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