Technology of photochemical purification of gas emissions
About authors
- 1 — Russian Correspondence Institute of Textile and Light Industry
- 2 — Russian Correspondence Institute of Textile and Light Industry
Abstract
The processes of hydrocarbon oxidation in a gas medium with a catalyst have been studied. Specific properties of heat and mass transfer of swirling flow of optically active medium consisting of hydrocarbon low-concentration components and air bilaterally irradiated with IR light are shown. Experimental results show that this method of gas purification has high technological and economic efficiency. The design of a new highly efficient multi-tube unit for oxidation of hydrocarbon low-concentration components, developed in accordance with the latest achievements of technology, which can be used in various industries, is proposed.
Similar articles
Model of microresonant interatomic bonds in application to gold dissolution and sorption processes and their technological realization
2001 A. G. Sekisov
Evaluation of the electromagnetic environment in the city of Yekaterinburg
2001 B. A. Panchenko, S. T. Knyazev, S. N. Shabunin
Geodynamics and thermal fields of the eastern Precaucasian region
2001 G. K. Safaraliev, N. M. Bulaeva, N. V. Tupik
Geodynamic and other natural factors of the ecological state of Russia's geological environment
2001 A. A. Smyslov, A. G. Marchenko, L. V. Kulachkov, E. A. Botalova, A. Ya. Tutakova, V. V. Alekhina, I. A. Baranauskaite