• example SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
  • Incorporation SOLTEC™ along with Novomoskovsky Mechanical Plant produces Single Screw Progressive Cavity Pumps and implements modern technological solutions in production cycles all over the world that increase the efficiency of pumping high viscous media with various sludges and solids, multiphase media with considerable gas component.


    With using of advanced technologies SOLTEC™ opens new manufacturing capabilities, decreases costs on energy and automate processes in different industries, such as: oil and gas, chemistry, metallurgy, communal field, food, pharmaceutics, pulp and paper etc.

    SOLTEC Incorporation
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As part of the project to upgrade water treatment facilities of one of the refinery plant in Russia, have been made BN021S02HYXVT pump units. They are intended for pumping of the collected oil.

These pumps are equipped by variators of friction type that allow mechanical control of flow rate of pumped liquid in the range of 0.05 to 0.15 m3 per hour, with a maximum pressure up to 7 bar.

Pump units have 1ExdIIBT4 explosion-proof electrical engines and protection from "dry run".