NETZSCH to Showcase New Pump Technology at WEFTEC
04 September 2019
NETZSCH Pumps North America will be showcasing their new range of innovative pump technology at WEFTEC 2019, taking place from September 23-25, at McCormick Place, in Chicago, Illinois. New products such as the N.Mac™ Twin Shaft Grinder; FSIP® (full service-in-place) version of the NEMO® progressing cavity pump; the revolutionary TORNADO® T2 rotary lobe pump, and the iFD-Stator® 2.0 will be on display. NETZSCH will also be celebrating the company’s 50th anniversary of North American operations.
The N.Mac™ Twin Shaft Grinder is designed to fragment a variety of materials, and is ideal for wastewater treatment, biogas and biomass plants, food, animal processing, and other waste and industrial applications. Featuring cartridge cutting knives for quick and simple replacement and servicing, the N.Mac offers quenched lubricated mechanical seals for dry running capability.
The maintenance friendly FSIP NEMO progressing cavity pump provides full access to all of the pump’s rotating parts. This allows users to conveniently open the pump cavity on-site and dismantle all rotating parts and simply install them again without having to remove the pump or disconnect the piping.
The iFD-Stator 2.0 features a two-part, reusable stator housing and replaceable elastomeric stator. The iFD-Stator 2.0 design combines efficiency, economy and environmental safety in one unique system. Compatible with NEMO NM series progressing cavity pumps NM21 through NM063 with larger sizes in development, the iFD-Stator 2.0 reduces energy and maintenance costs.
The TORNADO T2 Rotary Lobe Pump is a self-priming, valve-less, positive displacement pump and is ideal for any kind of liquid, including media containing gas, solids or fibrous matter. With maximum operational performance, high reliability and durability, ease of maintenance, and a low total life cycle cost, the TORNADO T2 pump can be used for almost any media on intermittent, continuous or metering applications.
Image credit: NETZSCH