Metody kondycjonowania spalin przed elektrofiltrami - stan techniki i kierunki rozwoju

• Autorzy: Jędrusik M. , Nowaczewski E. , Świerczok A.
• Konferencja: Międzynarodowa Konferencja Naukowo-Techniczna Energetyka 2006. Wrocław, 8-10 listopad 2006 r.
• Języki publikacji: PL

Abstrakty

EN

In Polish power engineering over 98% of flue gas is cleaned with ESP. Based on measurement data it was figured, that dust concentration in flue gas by the ESP is set between 50 mg/m3 and 150 mg/m3. For the new ESP dust emission standards are more strict and now is 50 mg/m3, but in close future will be 30 mg/m3. That's why effective and chip method to increase the ESP collection efficiency is searched. One on this method is the flue gas conditioning. In the first part of the paper conditioning method was described, in the second part measurement data of the conditioning at the ESP, using water and alkaline liquid were presented.

Słowa kluczowe

PL

elektrofiltr; emisja pyłu; kondycjonowanie pyłu; spaliny; oczyszczanie spalin; usuwanie zanieczyszczeń pyłowych

• Wydawca: Oficyna Wydawnicza Politechniki Wrocławskiej
• Czasopismo: Systems : journal of transdisciplinary systems science
• Rocznik: 2006
• Tom: Vol. 11,spec.1/2
• Strony: 319--326
• Opis fizyczny: Bibliogr. 17 poz.

Twórcy

autor

Jędrusik M.

autor

Nowaczewski E.

autor

Świerczok A.

• Politechnika Wrocławska, Instytut Techniki Cieplnej i Mechaniki Płynów, Wybrzeże Wyspiańskiego 27, 50-370 Wrocław

Bibliografia

• [1] ALTMAN R. F., LANDHAM E. C. Jr, Resistivity conditioning of AFBC Generated Ash. Proc. 5th ICESP Vol. 2, April 5-8 1993, Washington DC.
• [2] BALDREY K. E. et al, Duke Energy's Operating Experience with ADA-ES Flue Gas Conditioning Technology- on a Cold-Side ESP. Power—Gen'97 International Conference, Dallas, December 9-11, 1997.
• [3] BATTLES R. L., LENTZ M. J. and WRIGHT R. A., SO3 Flue Gas Conditioning System with Catalytic Converter Temperature Control by injection of Water. Pat. USA No 5 791 268, 1998
• [4] DURHAM M. D., RUGG D. E., RHUDY R. G., PUSCHAVER E. J., Low-resistivity Related ESP Performance Problems in Dry Scrubbing Applications. J. Air Waste Manage. Assoc., January 1990, Vol.40, No 1.
• [5] DURHAM M. D. et al., 2"d Generation Flue Gas Conditioning for Enhanced ESP Performance on Low-Sulphur Coal. Power—Gen'98 International Conference, Orlando Florida, December 9 1998.
• [6] HILBORN J. W., Traditional Versus Non-traditional Flue Gas Conditioning for Electrostatic Precipitators. Proc. 10th Particulate Control Symposium and 5th ICESP, Vol. 2, April 5-8 1993, Washington DC USA.
• [7| JĘDRUSIK M., Application of electrostatic precipitators to flue gas desulphurization using the WAWO method. Proc. II Int. Scient. Conf, Institute of Environmental Eng., Zabrze, 1998, 211-222.
• [8] JĘDRUSIK M., Kondycjonowanie spalin przed elektrofiltrem sposobem na podwyższenie skuteczności odpylania. Prace Naukowe ITCiMP PWr, seria Konferencje nr 10/2000.
• [9| KATZ J., The art of electrostatic precipitation. S&S Printing Company, INC Pittsburgh, Pennsylvania, 2nd January 1981.
• [10] LUND C. R., SELBY M., COTTINGHAM C, Dual FGC Solving ESP Performance Problems. Proc. 7 ICESP, Sep. 20-25, 1998, Kyongju Korea.
• [11] Materiały informacyjne firmy PENTOL-ENVIRO Polska, kwiecień 2000.
• [12] Mccain J. D., CUSHING K. M., ALTMAN R. F., Improvements in Predicting the Effects of Sulphur Trioxide Vapor on Fly Ash Resistivity. Proc. 8th ICESP, May 14-17 2001, Vol.11, Birmingham USA.
• [13| MUZIO L. J., OFFEN G. R. and MC ELRAY M. W., Dry Sorbent Emission Control Technologies. Part I. Fundamental Processes. JAPCA Vol. 37, No 5, May 1987, 642-654, Part II. Applications. JAPCA Vol. 38, No 1, August 1987, 968-980.
• [14] PARKER K. R., Applied Electrostatic Precipitation. Blackie Academic & Prof., London 1997.
• [15] PORLE K, BRADBURN K., BADER P., FGC as a Means for Cost - Effective ESPs for Low Sulphur Coals. Proc. 6th ICESP, 18-21 June 1996, Budapest.
• [16] RILEY J., Zwiększenie skuteczności odpylania przez nawilżanie. Materiały Konferencyjne "Nowoczesne niskonakładowe metody ochrony środowiska", 9-10 czerwiec 1997, Ślesin k. Konina.
• [17] SCHWAB J. J. and HAWKS R. L., Detached Plume Abatement Method. Pat. USA No 6 060 030, 2000.