ANDRITZ covers the full spectrum of municipal and industrial wastewater applications – from transport to treatment. Our robust, non-clogging and high efficiency pumps addresses municipal wastewater transport, wastewater treatment plants, and industrial wastewater, supporting every stage of the process.
As one of the few suppliers in the market, ANDRITZ offers not only dry‑ and wet‑installed sewage pumps, but also a complete range of mixers and agitators.
While wastewater volumes are increasingly managed and optimized, stricter discharge limits, higher efficiency requirements, and a strong focus on energy performance and reliability are shaping today’s systems. ANDRITZ solutions are designed to meet these challenges, enabling efficient operation, regulatory compliance, and long‑term asset reliability.
By combining proven technologies, system expertise, and a comprehensive portfolio, ANDRITZ helps transform wastewater into a valuable part of sustainable water management – ensuring operational excellence and supporting long‑term water security.
Do you have questions? Get in contact with us!
- Wet high efficiency and non-clogging pumps
Sewage pumps wet, ASW series
Submersible centrifugal pumps, ASCP series
Sewage pumps wet, SW series - Dry high efficiency and non-clogging pumps
Sewage pumps dry, ASD series
Single-stage centrifugal pumps, ACP series
Sewage pumps dry, SD series - Submersible mixed flow pumps, ASMP series
- Submersible agigators
- Submersible mixers
- Submersible recirculation pumps
ANDRITZ Pumps for wastewater treatment
ANDRITZ stands out through a comprehensive wastewater portfolio covering networks, treatment plants, and industrial applications, supported by high efficiency pumps, agitators, mixers, and IP68 motors engineered for clog free operation. Designed to deliver maximum performance with minimal energy consumption, ANDRITZ solutions ensure reliable, uninterrupted service even when handling solids and debris, while offering a wide and flexible range of configurations, including engineered solutions beyond standardized designs, to meet diverse operational requirements with optimized lifecycle performance.
