ASW
ASW Submersible Sewage Pump
ASW is a submersible sewage pump for wastewater collection, drainage and transfer. The pump operates in the liquid; its passage must suit the solids and fibres present.
- municipal sewage
- industrial wastewater
- rainwater
Sewage & Wastewater Pumps
Submersible and self-priming pumps for wastewater.
Compare sewage and wastewater pumps for municipal collection and industrial effluent transfer. Review submersible, self-priming and grinder arrangements using the solids, fibres, liquid chemistry, collection level and discharge-system requirements.
Compare wastewater pump arrangements
ASW works submerged in the collection area; AZW draws through an inlet line. The stainless-steel ASW version adds a material choice that must suit the wastewater.
ASW Stainless Steel
ASW Stainless-Steel Submersible Sewage Pump
The stainless-steel ASW version provides a different material choice for suitable corrosive wastewater. Compatibility depends on the stainless grade, liquid chemistry and temperature.
- chemical wastewater
- industrial effluent
- corrosive drainage
AZW
AZW Self-Priming Non-Clog Sewage Pump
AZW uses a self-priming arrangement to transfer sewage and wastewater through an inlet line. The suction route is an important difference from a pump working submerged in the collection area.
- municipal wastewater
- aquaculture
- papermaking
Compare applications and selection requirements
Compare the series against the same operating duty. The catalogue links lead to model information; the table below is a selection guide.
| Series | Typical uses | What to check | Data source |
|---|---|---|---|
| ASW | municipal sewage, industrial wastewater, rainwater, building drainage, mining drainage | maximum solids size; fibres or entangling material; wastewater density and pH; wet-well or dry-installation details | Catalogue ↗ |
| ASW Stainless Steel | chemical wastewater, industrial effluent, corrosive drainage | maximum solids size; fibres or entangling material; wastewater density and pH; wet-well or dry-installation details | Catalogue ↗ |
| AZW | municipal wastewater, aquaculture, papermaking, food processing, chemical processing | maximum solids size; fibres or entangling material; wastewater density and pH; wet-well or dry-installation details | Catalogue ↗ |
Applications for sewage pumps
Municipal sewage
Industrial wastewater
Rainwater
Building drainage
Mining drainage
Chemical wastewater
Wastewater and the collection area
The liquid, solids and fibres affect the wet end. The collection area and inlet line determine whether a submerged or self-priming layout fits the site.
- Wastewater source, composition and temperature
- Maximum solids size and fibre content
- Required flow and head
- Collection-pit levels or suction-pipe details
- Installation access and power supply
Technical documents
Industrial pump brochure
Series information and available model references.
Sewage Pumps questions
How do ASW and AZW differ as pump types?
ASW operates submerged in the liquid; AZW uses a self-priming arrangement. Solids, fibres, liquid chemistry and installation still require review. Stainless-steel ASW is not a universal corrosion solution.
How do submersible and self-priming wastewater pumps differ?
ASW places the pump and motor in the liquid. AZW uses a self-priming arrangement with suction conditions that still need checking. Compare the wastewater, solids, liquid levels, pipework and maintenance access before selecting a model.
What equipment and documents should I request?
Specify the pump, drive, controls, accessories, spare parts and technical documents you need. The final configuration and supply scope are confirmed in the quotation.
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