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The article explores various schemes of air exchange organizing in the molding shop of an enterprise for the asbestos-cement product’s manufacturing. To find the air exchange value, a system of balance equations for the workshop and the working area is proposed and solved, characterizing coefficients are determined. Based on the data on the disperse composition of dust and aerodynamic characteristics, the optimal air exchange scheme for the enterprises producing building materials is proposed.

The effective air exchange organization scheme selection in the working area at the asbestos-cement products manufacturing enterprises