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New hygienic pumps for high flow rates in mash and wort applications

New hygienic pumps for high flow rates in mash and wort applications

Source: Deutsche Nachrichten
With the expansion of its hygienic pump portfolio, Evoguard is introducing a new generation of high-performance mash and wort pumps specifically designed for applications with high throughput requirements in the brewing and beverage industry. The new H1CP series delivers flow volumes of up to 500 m³/h, bridging the gap between maximum volume handling and the requirements for hygienic, gentle product transfer.

The pumps are available in sizes 100-250, 125-250, and 150-250. Thanks to the combination of generously dimensioned hydraulics and four-pole or six-pole motors, they are particularly well suited for transporting large volumes of mash and wort in modern breweries.

A key focus during development was energy-efficient operation. With hydraulic efficiencies of up to 83%, the pumps help reduce energy consumption even at high flow rates. At the same time, the hydraulic design ensures gentle product handling, supporting product quality throughout the entire brewing process.

During development, the focus was on achieving high efficiency, low NPSH values (Net Positive Suction Head, referring to the pressure available at the pump suction inlet), and hygienic design. With this pump, Evoguard eliminates the traditional compromise between these requirements.

In addition, the pumps consistently meet the requirements of modern hygiene concepts. The design follows EHEDG guidelines and includes hygienic process connections with elastomer seals, as well as a mechanical seal concept specifically engineered for hygienic applications. The baseplate-mounted block design simplifies maintenance and provides quick access to relevant components, helping to reduce downtime.

With this new series, breweries and beverage manufacturers gain a powerful solution for high-throughput processes. The combination of high pumping capacity, energy efficiency, hygienic design, and ease of maintenance makes these pumps a cost-effective option for demanding production environments.

MIL OSI