REFERENCES
[1] Tkachev V.V., Oganesov V.N. Lemberg A.S.. Gentosh A.B. Brelevsky V.L. Closed-circuit grinding plant // Cement, 1983, No. 8.
[2] Duda V. Cement. Moscow, Stroyizdat, 1981.
[3] Kovaliukh S.V. Modern grinding concept in a universal pipe cone mill with adjustable electric drive // Cement, 2000 No. 1.
[4] Kovaliukh M.V. New generation coal grinding tube cone mill. // Teploenergetika, 2001, No. 1.
[5] Kovaliukh S.V., Kovaliukh V.R. // A New Generation Grinding Unit. World Cement, 2009, No. 10.
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[7] Ball mill. Author Kovaliukh V.R., A.S. USSR No. 1435389, Bull. No. 41., Patent of Ukraine No. 2752, International class B 03C17/04 26.12.1994, with priority from 08.04.1987, Bulletin No. 5-1.
[8] Crushing device Author: V.R. Kovaliukh, Russian patent No. 1724359, dated 08/04/1995.
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1 - Vertical pipeline for extracting the finished
product from the TCM;
2 - Mill fan;
3 - Pipeline for returning the sand from
the separator to the TCM inlet;
4 – Vibration complex based on a vibration
conveyor with variable tray angle and a
spring-loaded lower bunker for feeding
difficult-to-flow materials into the TCM
(for further details, see [8]);
5 – Intake flow of the starting material:
6 – Shut-off cone.
1 – Bag filter;
2 – Separator with external cyclones
(rotor N = 180 kW, blower Q = 150,000 m3/h
and N = 250 kW);
3 – Elevator (Q = 470 t/h, N = 75 kW);
4 – Air chute;
5 – Mill size 4×13.5 m, N = 3200 kW;
6 – Aspiration shaft;
7 – Six cyclones Ø = 800 mm;
8 – Bag filter;
9 – Fan (N = 125 kW, Q = 60000 m3/h);
10 – pneumatic chamber pumps (Q = 150 t/h);
11 – conveyor belts;
12 – dosing device for clinker and aggregates;
13 – blower (N = 55 kW, Q = 25000 m3/h).
