BATURIN | Single screw progressing cavity pump unit SOLTEC ® BN031S01СYN for conveying of coagulant

CLEAN ENERGY

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

WATER TREATMENT

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

AGRICULTURE

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

FOOD INDUSTRY

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

CONSTRUCTION

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

HEALTHCARE

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

OIL & GAS

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

MINING

The basis of any Progressive Cavity Single Screw Pump is a power section which usually consists of a metal rotor (n-start external helix) and a rubber stator (n+1-start internal helix). Rotation of the rotor inside the stator creates sealed cavities that progressively move from suction to discharge side of the pump producing differential pressure.

Home > OUR PROJECTS > Single screw progressing cavity pump unit SOLTEC ® BN031S01СYN for conveying of coagulant

Галерея

TASK: The company, that produces the water purification equipment, requested a dosing pump for feeding coagulant into the technological line for the purification of industrial wastewater.

SOLUTION: Within the order, the specialists of SOLTEC ® have selected and manufactured a horizontal single-screw pump BN031S01СYN that allows the regulation of capacity of the pump unit in the range from 1 to 1.5 m³/h and with providing the working pressure up to 3 bar. The pump is made with additional cooling fan for the electric motor.

The main characteristics of the screw pump unit BN031S01СYN

Pump type - horizontal single-screw pump
The material of the flowing part is AISI 316L stainless steel
The material of the screw (rotor) is AISI 316L stainless steel
The material of the stator is chemical resistant rubber EPDM
Maximum outlet pressure - up to 3 bar
Capacity - dosing from 1 to 1.5 m³/h
Seal type of the drive shaft - single mechanical
Electrical engine NORD in general industrial design with additional fan cooling system
Equipped with gear reducer VARMEC