MODELING OF MEMBRANE METHOD OF DEEP PURIFICATION OF GASES
WHILE PRODUSING BIOGAS
Umarova Zhanat1, Yeskendirov Sharipzhan1, Satayev Marat1
1
Department of Computer engineering and Software programming,
South Kazakhstan State University,
Tauke khan avenue 5, Shymkent 160012, Kazakhstan
Zhanat-u@mail.ru
Abstract.
In comparison with traditional methods of deep purification of gases, the membrane method can
be more economic and efficient for purifying a range of substances. So, in comparison with
methods of low temperature rectification, the membrane separation is carried out at the room
temperature and in the absence of phase transformations [1]. The absence of liquid phase while
working with such explosive substances, as volatile non-organic hydrides, essentially increases
the security of membrane gas separation method. In comparison with absorption and chemical
methods of purification, the researched method is continuous and doesn’t require employment of
any reagents. In consequence of this, the development of membrane method of deep purification
of gases is the actual task. The development of membrane method of deep purification of gases is
connected with the solution of the major scientific issue – the creation of scientific fundamentals
of deep purification of gases with the help of non-porous polymer membranes as well as the
creation of the technology of deep purification of gases by membrane gas separation method [2].
Keywords: Modeling, Membrane separation, Deep purification, Aabsorption, Ppolymer
membranes.