Submit an Article
Become a reviewer
Vol 166
Pages:
63-64
Download volume:
RUS
Article

High-performance separating membranes and their application in processes of gas purification from solid impurities

Authors:
V. R. Mkrtychan1
S. N. Zubakha2
About authors
  • 1 — I.M. Gubkin Russian State University of Oil and Gas
  • 2 — I.M. Gubkin Russian State University of Oil and Gas
Date submitted:
2005-01-16
Date accepted:
2005-02-26
Date published:
2005-12-15

Abstract

The process of separating membranes productivity growth during treatment with gas-discharge plasma ions has been investigated and a method of polymer and metal-ceramic membranes modification by plasma-chemical treatment has been developed. The method allows to obtain membranes with required pore sizes. Plasma treatment of a metal-ceramic membrane with vapors of heterorganic compounds leads to a decrease in the pore size in the surface layer up to 250Ǻ. The use of plasma-modified metal-ceramic and ceramic membranes in the processes of gas purification from solid impurities makes it possible to realize an effective phase separation.

Область исследования:
(Archived) Environmental technologies, recycling and disposal of technogenic formations
Go to volume 166

Similar articles

Development of low-energy-consuming hardware-technological complex for deep processing of metal-containing industrial and household wastes in relation to the conditions of small-tonnage production
2005 K. N. Tishkov
Application of plastic track detectors for determination of fissile materials in liquid radioactive waste of NPP
2005 A. A. Dyakov, T. N. Perekhozheva, V. Yu. Ivanov
Investigation of kinetics of liquid phase oxidation of toxic compounds (a number of herbicides)
2005 B. Ya. Karastelev, V. G. Dobrzhanskii, E. E. Dmitrieva
From the Editorial Board
2005 Editorial Board
Development of compositions and technologies of building materials production on the basis of wood processing wastes
2005 V. A. Mironov
Information technologies in risk management of emergency situations
2005 G. V. Tyagunov, V. G. Kobernichenko, Yu. G. Yaroshenko