In order to solve the problem of increasing the efficiency of purification of industrial gas
emissions from aerosol particles, the authors developed a jet-film contact device, described …

A comparison of granular and highly porous mesh filter models is based on the results of
numerical simulation. We created models filters with an equal diameter of granules and …

In this work, numerical simulation of the motion of dusty gas in the open cell foam material
(filter's model) is carried out. The geometry of the porous material is created by a set of …

We constructed a model of a granular filter with spherical granules with a diameter of dc= 5
mm and a porosity of ε= 0.44, as well as two models of a highly porous cellular filter. The first …

This paper provides new designs of electroadsorption apparatuses of continuous and semi-
periodic action, with fixed, moving and fluidized layers of adsorbents. There were …

This paper provides a program and algorithm for automated calibration of technological
parameters of an electroadsorption apparatus with a fixed adsorbent layer. The basic …

This paper provides a new scheme and algorithm of automated control of modes of
operation of electroadsorption mass transfer apparatuses are presented on the example of a …

The problem of viscous incompressible flow in a periodic cell with a porous body is solved.
The Stokes flow model is adopted to describe the flow outside the body and the Brinkman …

In this paper, an iterative model is constructed for the formation of a sediment of inertial
aerosol particles on the surface of a cylindrical fiber, taking into account its effect on the gas …

In this work, we performed experimental and numerical simulation of gas flow in the model of
the open cell foam filter. We investigated the relationship between the porosity of the …