CATALYTIC PURIFICATION OF EMISSIONS FROM COKE-CHEMICAL PRODUCTION AIR VENTS
Abstract
Coking chemical enterprises (KHPS) in Russia are characterized by an unfavorable environmental situation, specific emissions into the atmosphere range from 3 to 15 kg/ton of produced coke. Gaseous emissions of coke chemicals are characterized by dustiness, significant volumes of exhaust gases, numerous sources, a variety of pollutants, the presence of polycyclic aromatic hydrocarbons (PAHs), including carcinogenic substances (in particular, benz[a]pyrene).Coking chemical enterprises (KHPS) in Russia are characterized by an unfavorable environmental situation, specific emissions into the atmosphere range from 3 to 15 kg/ton of produced coke.
About the Authors
L.B. Pavlovich
Siberian State Industrial University
Russian Federation
Russian Federation
N.A. Shalaeva
Siberian State Industrial University
Russian Federation
Russian Federation
References
1. Sukhorukov V.I. Scientific foundations of the technology and technology of
2. coke production. Yekaterinburg: VUKHIN Publ., 1999. 393 p.
3. Pavlovich L.B., Titova O.O. Environmental problems of metallurgical production: studies. stipend. Novokuznetsk: Publishing house. SibGIU, 2015. – 211 p.
4. Borodin V.I., Privalov V.E., Stepanenko A.A. and others. Catalytic neutralization of carcinogen-containing emissions from baking of the resin processing plant and baking coke plants // Issues of technology for the capture and processing of coconut products. 1979. No. 8. pp. 52-55.
5. Lyapkin A.A., Patrushev A.N., Andreikov E.I. and others. Catalytic neutralization of the exhaust air of baking preparation // Coke and chemistry. 1980. No. 5. pp. 41-44.
6. Pavlovich L.B., Patrushev A.N., Andreikov E.I. and others. Dewatering of air discharges of the baking department of the resin processing plant // Coke and Chemistry. 1997. No. 4. pp.
7. -41. 6. Pavlovich L.B., Medvedskaya E.V., Osokina A.A. Assessment of environmental risk from the production activities of coke chemical production // Coke and Chemistry. 2013. No. 5. pp. 33-40.
8. Pavlovich L.B., Osokina A.A., Surzhikov D.V., Lupenko V.G. Reducing environmental pressure based on calculations of environmental risk // Coke and Chemistry. 2016. No. 9. pp. 40-49.
9. Stefanenko V.T., Khusanov I.S., Zaiden-berg M.A. and others. Reducing emissions from chemical workshops // Coke and Chemistry. 1995. No. 12. pp. 31-33.
10. Grabko V.V. Reduction of harmful emissions from chemical sources // Coke and Chemistry. 1995. No. 7. pp. 43-47.
11. Bulletin of the Siberian State Industrial University No. 2 (20), 2017
12. - 59 -
13. Kurkin V.V., Dobrynin V.V., Zimin E.M. Utilization of harmful emissions from a resin processing plant // Coke and Chemistry. 2001. No. 11. pp. 36-38.
14. Shashkov O.A. Collector steam collection system of the chemical coking processing plant // Coke and Chemistry. 2006. No. 12. pp. 28, 29.
15. Abaseev V.N. Thermal and catalytic neutralization of exhaust gases containing 3,4-benz(a)pyrene // Chemical industry. 1973. No. 1. pp. 25, 26.
16. Noskov A.S. Catalytic methods for solving environmental problems. – In: Proceedings of the regional scientific and practical seminar "Ways to commercialize fundamental research in the field of chemistry for the domestic industry". – Kazan, 2002. – 142 p.
17. Pavlovich L.B., Protopopov E.V., Korotkov S.G. Catalytic processes of metallurgical emissions purification: Study guide. Novokuznetsk: Publishing house. SibGIU, 2008. 169 p.
18. Pavlovich L.B., Pavlovich S.I. Catalysts and catalytic processes of deep oxidation based on metallurgical slags. Novosibirsk: Publishing House. SB RAS, 2014. – 268 p.
19. Pavlovich L.B., Vasilyeva T.V., Lupenko V.G. Collector system for collecting and disposing of steam-air emissions from a resin processing plant // Bulletin of the Mining and Metallurgical Section of the Russian Academy of Sciences. 2011. Issue 27. pp. 207-212.
20. Medvedskaya O.O., Pavlovich L.B. Technology of neutralization of gaseous and solid waste of metallurgical production. – In: Collection of reports of the Third International Scientific and Practical Conference "Waste Management - the basis for restoring ecological balance in Kuzbass". – Novo-Kuznetsk: ed. SibGIU, 2010. pp. 226-236.
21. Medvedskaya O.O., Pavlovich L.B. Energy-saving technologies for cleaning emissions from polycyclic aromatic hydrocarbons. – In: Collection of reports of the XVII International Scientific and Practical Conference of Students and Young Scientists "Modern technology and technology". Tomsk, 2011. pp. 223-225-19.
22. A.S. 1486702 USSR / Dunaev A.V., Borodin V.I., Serebryanova V.V. et al. A thermocatalytic reactor for the purification of gas emissions. Application. 1989; Publ. bulletin of Inventions No. 22.
23. Medvedskaya O.O., Pavlovich L.B. Investigation of the catalytic activity of ordinary dump slags of ferrous metallurgy // Izv. vuz. Ferrous metallurgy. 2010. No. 6. pp. 11-15.
24. Medvedskaya O.O., Pavlovich L.B. Investigation of the catalytic properties of ferro-alloy slags // Izv. vuz. Black magic. 2010. No. 10. pp. 3-7.
Review
For citations:
Pavlovich L., Shalaeva N. CATALYTIC PURIFICATION OF EMISSIONS FROM COKE-CHEMICAL PRODUCTION AIR VENTS. Bulletin of the Siberian State Industrial University. 2017;(2):54-59. (In Russ.)
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