Xylem Unveils New Flygt Stainless Steel Submersible Pump for Toughest Industrial Applications

22.07.2019
Xylem unveiled the Flygt N3069 stainless steel submersible pump, designed to solve the toughest pumping challenges in complex industrial applications such as industrial food and aquaculture.
Xylem Unveils New Flygt Stainless Steel Submersible Pump for Toughest Industrial Applications

Xylem unveils new Flygt stainless steel submersible pump, offering next-level customization and durability for the toughest industrial applications (Image: Xylem Inc.)

With this latest addition to Xylem’s renowned Flygt range, Xylem is leveraging advanced techniques to respond to industrial customers’ diverse pumping needs with highly customized solutions. 3D-printing techniques will dramatically reduce the lead time for customized pump orders by up to 75 percent.

The stainless steel Flygt N3069 is specifically manufactured for industrial processes containing high chloride or extreme pH levels, delivering superior corrosion resistance and exceptional pumping performance.

Furthermore, as companies globally seek to advance the sustainability of their operations, the Flygt N3069’s Adaptive N-technology delivers higher pumping efficiency than traditional hydraulic designs, reducing energy consumption and greenhouse gas emissions by up to 25 percent. Flygt’s patented Adaptive N-technology has been tried and tested in over 500,000 installations globally, offering superior hydraulic design for any heavy-duty pumping operation. The technology’s pioneering hydraulic design not only prevents pumping downtime but enables more sustainable, energy efficient operations.

Veronica Jergelind, Xylem’s Vice President of Water Infrastructure Wastewater Pumping said; “The new N3069 stainless steel integrates the best of our technology to provide our customers in the industrial sector with unparalleled reliability, guaranteeing optimized, trouble-free pumping operations. We are constantly improving our production processes to respond to customers’ needs for highly customized pumping solutions in a fraction of the time”.

3D-printing technology has been integrated into the foundry line at Xylem’s state-of-the-art facility in Emmaboda, Sweden, to print one-off sand molds for the N3069 stainless steel pumps. This will allow Xylem to supply small volumes of highly customized pumping solutions in industry leading times.

Source: Xylem Inc.

More articles on this topic

New High-Efficiency 10-Inch Stainless Steel Well Pumps

21.02.2023 -

At the beginning of 2023, the KSB Group is going to launch a new submersible borehole pump series onto the market. Named UPA S 250, this pump series will extend the manufacturer’s range of well pumps. It is designed for use in general water supply, agriculture, mine dewatering and ground water management as well as for general pressure boosting tasks, for example.

Read more

bauma 2022 Review: Pumps with Know-How

10.11.2022 -

When it comes to dewatering, Tsurumi is the go to brand. In Hall 6, the pump manufacturer presented the new KRDX explosion proof dewatering pump and the new LSC2.75S residue pump. The company also demonstrated how to get all construction gear on site onto the network: namely, amazingly simply with the Tsurumi Connect-Box.

Read more

SRZS Side Channel Pump in CO Design

20.07.2022 -

Reliable handling of clean, solids-free fluids at low flow rates and high differential heads – this is what SERO’s side channel pumps are designed for. But SERO PumpSystems also offers a high-performance solution for liquid media that are not completely free of solids: the SRZS…CO side channel pump. It delivers full performance and highest levels of reliable long-term service even with abrasive microparticles in the flow.

Read more

Pumps for Flood Control in Paraguay

28.02.2022 -

At the end of 2021, the KSB Group was awarded a contract for the delivery of 14 large submersible motor pumps for flood control in Paraguay. The pumps are intended for equipping several pumping stations belonging to the “Costanera de Pilar y control de inundaciones” project.

Read more