Dosing Pump
Precise and repeatable flow rate for coagulant, flocculant and disinfectant dosing.
Sector Application
Wastewater Treatment
Pump Solutions
The complete range of pumps for wastewater treatment plants, from process chemical dosing to sludge transfer.
Treatment Plants
Pump at Every Point of the Treatment Plant
Multiple pump technologies are used together in wastewater treatment plants. From process chemical (coagulant, flocculant, lime) dosing to activated sludge aeration, from slurry dewatering to chemical recycling, the right pump selection determines plant efficiency at every step.
Pumpport offers solutions to different process points of wastewater treatment plants under a single roof with its diaphragm pump, dosing pump and blower product range.
- Dosing pump precise chemical dosing, ±1% accuracy
- Diaphragm pump: sludge and slurry transfer
- Blower: biological ventilation, energy efficient
- Plastic acid pump: acid-base neutralization lines
- ATEX compliant models for explosive atmospheres
Pump Technologies
All Pump Solutions for Treatment Plant
Blower
Energy efficient side channel blower systems for aeration pools.
Sludge Transfer
Diaphragm pumps operate without clogging in the transfer of activated sludge and slurry.
Acid Pump
Chemical resistant plastic acid pump for pH correction and neutralization lines.
Recommended Products
Pumps for Waste Water Treatment
Frequently Asked Questions
Curiosities in Treatment Plant Pump Selection
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Application. Air diaphragm pumps are preferred for transferring activated sludge (1-5% dry matter). They have a low risk of clogging, are resistant to dry running and the flow rate can be easily adjusted.
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The amount of air required depends on the pool volume, BOD load and temperature. Pumpport technical team calculates blower sizing according to the load parameters of the plant.
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Overdosing of treatment chemicals creates both cost and environmental impact; underdosing reduces treatment quality. For precise dosing, an electromagnetic dosing pump with ±1% accuracy should be preferred.