Micropump GB Series

Performance Data

• Maximum flow rate (at 5500 RPM): 6.4 L/min
• Differential pressure (max): 8.6 Bar (125 psi)
• System pressure (max): 21 Bar (300 psi)

Applications

• GB Series pumps offer the flexibility to meet a wide range of applications with a compact size.

Micropump GC Series

Performance Data

• Maximum flow rate (at 4000 RPM): 13.9 L/min
• Differential pressure (max): 8.6 Bar (125 psi)
• System pressure (max): 103 Bar (1500 psi)

Applications

• The GC Series pumps are a perfect fit for demanding applications with a wide range of available options, materials, and configurations.

Micropump GD Series

Performance Data

• Maximum flow rate (at 4000 RPM): 13.9 L/min
• Differential pressure (max): 6.9 Bar (100 psi)
• System pressure (max): 103 Bar (1500 psi)

Applications

• Refrigerant recovery
• Pipeline sampling

Micropump GJ Series

Performance Data

• Maximum flow rate (at 5500 RPM): 6.8 L/min
• Differential pressure (max): 5.5 Bar (80 psi)
• System pressure (max): 21 Bar (300 psi)

Applications

• Analytical equipment
• Fuel cell technology
• Pulp & paper bleaching

Micropump GJR Series

Performance Data

• Flow rate (at 4000 RPM): 4.92 L/min
• Differential pressure (max): 5.5 Bar (80 psi)
• System pressure (max): 21 Bar (300 psi)

Applications

• Severe duty

Micropump GLH Series

Performance Data

• Maximum flow rate (at 3450 RPM): 26.6 L/min
• Differential pressure (max): 8.6 Bar (125 psi)
• System pressure (max): 103 Bar (1500 psi)

Applications

• Chemical addition/injection
• Petroleum pilot plant distribution
• Wastewater treatment
• Mechanical seal flush
• Medical diagnostic equipment
• Chemical addition/injection

Ansimag ISO Series

Performance Criteria

• Capacity: Up to 90m³/h
• Head: 90m
• Temperature: Up to 120 °C
• Viscocities: 200cps

Applications

Chemical, Hydrocarbon, Biofuels, Marine and Aquatic, Food and Beverage, Upstream, Electroplating and metal finishing, Pulp and Paper, Mining, Water and Wastewater, Pharmaceutical

Ansimag K+ Series

Performance Criteria

• Capacity: Up to 153m³/h
• Head: 97m
• Temperature: Up to 120 °C
• Viscocities: 200cps

Applications

Chemical, Hydrocarbon, Biofuels, Marine and Aquatic, Food and Beverage, Upstream, Electroplating and metal finishing, Pulp and Paper, Mining, Water and Wastewater, Pharmaceutical

Kelair Kelair-Aerotor™ Biozone Plant

The Kelair-Aerotor™ range is an established biological system for highly efficient process reduction of BOD and Ammonia.

Applications:
The flexibility of the Aerotor™ makes it especially suitable as an add-on to a septic tank or an overloaded sewage treatment plant to increase biological treatment capacity works.

Kelair Kelair-Blivet™ NR Biological Nutrient Removal Plant

The Kelair-Blivet NR™ (Nutrient Removal) is a stand-alone, all-in-one, packaged sewage-treatment plant utilising the same technology as the standard Kelair-Blivet but with an additional integrated de-nitrification module. Chemical phosphorous reduction is an add-on option.
Additional tertiary treatments such as effluent disinfection and fine media filtration are available as options. The Kelair-Blivet NR™ may be placed above ground or buried to deck level.

Kelair Kelair-Blivet™ Packaged Sewage Treatment Plant

The Kelair-Blivet™ is a stand-alone packaged sewage treat-ment plant comprising primary settlement, aerobic zone, final settlement (humus tank) and sludge storage.

Applications:

• Environmentally-sensitive sites
• Townships & villages
• High-rise development
• Resorts & remote sites

Kelair Kelair-Boxer

The Kelair Boxer is a pre-fabricated packaged sewage treatment plant suitable for the treatment of domestic sewage produced by population equivalents from 5 to 50 domestic residents. The Boxer compliments the Kelair-Blivet™ which is suitable for populations from 30 to 500.