The BV series centrifugal pumps are heavy-duty process pumps manufactured from solid plastic, meticulously engineered to handle highly aggressive fluids under the most demanding industrial conditions.

Key design features:

  • Solid construction: Engineered from solid thermoplastic blocks for maximum chemical resistance.

  • Modular maintenance: Horizontal configuration featuring a flexible coupling, allowing for straightforward, part-by-part disassembly to significantly facilitate servicing.

This serie is designed to fit on ISO2858 for high performance.
All internal components are manufactured in a material
anticorrosive.

Performance limits & parameters

The performance curves illustrate the comprehensive hydraulic coverage of the BV series heavy-duty process pumps. These selection charts enable engineers to accurately determine the optimal pump size based on specific flow and head requirements for severe industrial applications.

  • Maximum Flow Rate (Q): Highly elevated capacities reaching up to 1500 m³/h.

  • Maximum Discharge Head (H): Exceptional delivery heads of up to 150 m.

  • Motor Speeds: Optimised for standard configurations at 2900 rpm and 1450 rpm.

  • Operational Reliability: Engineered to safely handle highly aggressive chemicals under elevated operating pressures.

Process pump bn diagram
Process pump diagram

The performance curves above illustrate the comprehensive hydraulic coverage of the BV series process pumps at standard motor speeds of 2900 rpm and 1450 rpm. These selection charts enable engineers to pinpoint the optimal pump size based on specific flow rate (Q) and discharge head (H) requirements.

The high-speed configuration delivers exceptional heads of up to 150 m, whilst the 1450 rpm models are engineered for maximum flow capacities reaching 1500 m³/h in heavy-duty chemical applications.

Frequently asked questions – BV Process Pumps

Due to their exceptional construction machined from solid plastic blocks, BV pumps are the ideal solution for handling highly corrosive, toxic, and abrasive fluids under extreme conditions. Consequently, they are routinely installed in the chemical industry, pharmaceutical industry, and fertilisers industry.

Furthermore, their extreme robustness makes them indispensable in waste water treatment plants, potable water treatment plants, large-scale desalination plants, the steel industry (surface treatment), the mining industry, and applied engineering, where equipment reliability is vital to avoid costly production downtime.

The BV series pumps stand out for their ability to handle large volumes of fluids in heavy-duty industrial applications. They offer comprehensive hydraulic coverage, operating with flow rates reaching up to 1,500 m³/h and achieving discharge heads of up to 150 metres.

These elevated performance levels allow plant engineers to precisely tailor the equipment to the specific demands of their installation, ensuring a constant flow even against high system pressures.

Absolutely. We understand that many industrial facilities in the chemical and mining sectors feature critical environments. Therefore, Tecnium manufactures specific versions of the BV series that strictly comply with the ATEX directive (94/9/EC).

This certifies that the equipment can be safely installed and operated in classified areas and potentially explosive atmospheres, minimising operational risks and ensuring compliance with the strictest safety regulations.

Our entire range of process pumps is designed and manufactured to the highest industrial standards, fully complying with ISO dimensional standards and the European Machinery Safety Directives (CE marking).

In addition, the entire process, from conceptual engineering to final assembly, is supported by a strict quality assurance system certified under DIN EN ISO 9001, which guarantees exact tolerances and a long service life for the equipment.

Yes, the modular design of the BV series is specifically intended to reduce operational downtime. Featuring a horizontal, baseplate-mounted configuration connected via a flexible coupling, it allows for part-by-part disassembly.

This means that maintenance personnel can extract critical internal components, such as the mechanical seal or the impeller, for inspection or replacement without needing to disconnect the pump casing from the main pipework, thereby greatly optimising service times.

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