Applied Technologies and Innovations
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| Volume | 10 |
| Issue | 4 |
| Online publication date | 2014-11-24 |
| Title | Development of the high-performance separator based on a mathematical model of droplet deposition in centrifugal forces field |
| Author | T.Z. Rakhmonov |
| Abstract | The authors propose a mathematical model of the motion of liquid droplets of various sizes in the field of centrifugal forces and the results of computer calculation of particle trajectories in the separator with axial swirling unit. Assessment of the distribution of droplets –by-size obtained by calculation on the basis of the proposed model evidenced their similarity with experimental data. On the basis of theoretical and experimental studies it has become possible to improve the design of separators, effectively position fenders and thus, increase the ratio of phase separation. |
| Citation | |
| References | Saburov, E.N., Karpov, S.V., Ostashev, S.I., 1989. Heat exchange and aerodynamics of whirled flow in cyclone-type units, Leningrad University Publishing House Leytsiyanskiy, L.G., 1970. Mechanics of fluid and gas, Moscow: Nauka Mednikov, E.P., 1981. Turbulent flow and dispersion of aerosols, Moscow: Nauka Levsh, V.I., 1990. Elements of theory and calculation of purification of gas emissions in wet turbulent systems, PhD dissertation, Tashkent Lebedyuk, G.K., Valdberg, A.Yu., 1974. Droplet depositors and their application in gas treatment. (Review information), Мoscow: Cintichemneftemash Prihodko, V.P., Andreyev, V.I., Kozlovski, E.V., 1980. erformance of centrifugal droplet depositors with blade whirling instruments, Industrial and sanitary gas treatment, Мoscow: Cintichemneftemash |
| Keywords | Liquid droplets, mathematical model, centrifugal force, gas-liquid separator, particles’ trajectories, the efficiency of a separator |
| DOI | http://dx.doi.org/10.15208/ati.2014.19 |
| Pages | 122-129 |
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