The comparative characteristics of crystallizer mechanisms with electrohydraulic and electromechanical drives are given. The main requirements to the drives used in the system of crystallizer swinging in composition of continuous casting machine are enumerated.

The comparative characteristics of crystallizer mechanisms with electrohydraulic and electromechanical drives are given. The main requirements to the drives used in the system of crystallizer swinging in composition of continuous casting machine are enumerated.

The construction of the arc steel-furnace bay, the application of which allows to increase the speed of flush outflow, to provide reduction of the slag carry-over with metal, is offered.

The calculations of hydrodynamic characteristics of steel in liquid cup of uninterruptedly-casted ingot are examined. The influence of argon blow on the steel circulation in crystallizer is shown.

The numerical modeling of the melt flowing processes in crystallizer and liquid pool of steel is carried out. The constructive decisions f or organization of the melt rotation in crystallizer are given.

The construction of the arc steel-furnace bay, the application of which allows to increase the speed of flushoutflow, to provide reduction of the slag carry-over with metal, is offered.

The paper considers analytical methodology for effectiveness and efficiency of the system that ensures quality in production of ferrous metal rolled products such as round billets produced at RUE «Belarusian Metallurgical Plant».Mechanism for building an informational model of product quality is given in the paper and it is based on functional model of process network. Model analysis has pemiitted to identify main reasons of poor quality and in its turn it will allow significantly reduce expenses while bringing new products to a commercial level.

The investigations of energy-power, temperature-high-speed and deformational parameters of rolling of reinforcing profile No 10 using the process of MPR with division into four strings at production of the reinforce rolled metal on the mill 320 PUKP ''BMZ” are carried out.

The analysis of carrying out of steel melting using cold-pressed bricks of steel scraps of class Z4, 7B in conditions of RUP ''BMZ” is given in the present work.

The peculiarities of the temperature changing of the roll along the length of mill at using of new technological schema of production of reinforce rolled metal of small cuts in conditions of RUP are considered.

The investigations of energy-power, temperature-high-speed and deformational parameters of rolling of reinforcing profile No 10 using the process of MPR with division into four strings at production of the reinforce rolled metal on the mill 320 PUKP ''BMZ” are carried out.

The given system of measuring and providing of TК quality of RUP pipe rolling allows not only to control the quality of finished production but to control the technological process of the seamless pipes production as well.

The analysis of carrying out of steel melting using cold-pressed bricks of steel scraps of class Z4, 7B in conditions of RUP ''BMZ” is given in the present work.

The reduction of time under the current, electric energy rate, electrodes rate at working of arc steel-furnace with new transformer of capacity 95 MBA and with regulating system SIMELT-AC-NEC are noted.

The methods of calculation of duration of the metallic bricks heating and melting in liquid bath, taking into account variability of thermal-physical characteristics of metal due to temperature, is developed.