Van Raak designs and manufactures a high qualitative screen provided with perforated filterpanels. Characteristics: • High capacity • High efficiency solids removal • Low energie drive • Easy to retrofit in existing channels • No bearing under water The characteristic of the Center Flow screen is that the waste water flows from the center through the filter panels. Thereby it is not possible that screenings or other materials greater then the perforation, are allowed at the filtered side, whereby an high solids removal percentage is guaranteed

The PERIDOS FXM 2 is designed for industrial challenges – whether handling aggressive chemicals, chemical additives, or viscous fluids: As a smart peristaltic pump with real-time monitoring, a wide control range, and a maintenance-friendly design, it ensures maximum process reliability with minimal downtime. The ideal solution for anyone who needs reliable performance and low operating costs in three-shift operation.

Peristaltic pump with adjustable flow from 24 l/h to 70 l/h, gear/stop control with front switch, closed case IP40, 230 VAC power supply.

Peristaltic pumps are the best choice for handling viscous liquids, foaming and containing impurities such as sand, stones, granules and vegetal components (algae). Peristaltic pumps offer the user a very good suction capacity, self-priming, reversibility of the flow, good discharge pressure. The liquids normally handled are: acids (sulfuric, nitric, hydrochloric, etc. ...) bases and alkali (potassium hydroxide, soda, etc ...), oils, suspensions of products also containing impurities, solid particles and viscous liquids. Peristaltic pumps are the preferred choice for the handling of food, medical or pharmaceutical liquids, since there is no contact between the mechanical part of the pump and the pumped product. The pumping tubes are made of rubber certified according to customer requirements (FDA and USP).

Royal Eijkelkamp's peristaltic pump is robust and purpose-built to thrive in diverse field conditions. It's versatile, capable of sampling both liquids and gases. The pump is offered in various configurations, including a manual version, an Advanced electronic variant, and soon in a Pro electronic model.

Watson‑Marlow cased pumps offer accurate, reliable chemical metering and transfer with no valves, no seals, and no product contact with moving parts. The 530, 630 and 730 ranges provide repeatable performance, gentle low‑shear pumping, and simple tube changes to minimise downtime. With IP31 and IP66 models, plus extensive industrial communication options including 4‑20 mA, RS232/485, PROFIBUS®, EtherNet/IP™ and PROFINET®, our pumps integrate easily into chemical plants. Ideal for corrosive, abrasive, viscous and off‑gassing fluids across dosing, batching and transfer applications.

As global industries strive to achieve sustainable and energy-efficient processes, Our Innomotics PM Permanent Magnet Motors, conforming to the IE5 efficiency class, represent future-proof and leading-edge drives for motion applications. The principle of permanent magnet motors As the name suggests, permanent magnets represent the core of the motors. These are predominantly fabricated from rare-earth materials which produce a consistent magnetic field. With their integrated magnets, Innomotics PM Permanent Magnet Motors do not require an electrical current to generate a magnetic field in the rotor, which sets them apart from conventional induction motors. This principle results in the higher efficiency of these types of motors. The advantages of permanent magnets Rare-earth magnets are the driving force behind the high efficiency levels of Innomotics PM Permanent Magnet Motors. These rare-earth magnets have magnetic properties that far surpass those of conventional ferrite magnets. They provide a higher power density, allowing for smaller, lighter and more efficient motors than those using ferrite magnets. IE5 efficiency and beyond Innomotics, a pioneer in motor technology, showcases its commitment to groundbreaking innovation through its permanent magnet motors. These motors comply with the IE5 efficiency class – the pinnacle of internationally recognized efficiency levels and even higher. Visit us at booth I40 and discover how our technology can enhance your processes.

Facing a PFAS challenge? Nijhuis provides complete PFAS removal solutions, from concentration to destruction, tailored to your needs. Choose from flexible delivery models from fast action with our mobile to long-term support. To tackle PFAS challenges, we follow a holistic approach.

Specifications: - Manometer display, pressure switch and transmitter in one unit - Excellent readability also over a long distance - Rotatable display with LED indication for flexible visualisation - Hygienic, robust stainless steel housing for the requirements of the food and beverage industry - Flush process connection for use in CIP and SIP processes - Integrated temperature measurement via IO-Link - Convenient operation via buttons or parameter setting via IO-Link

s::can pH::lyser The pH::lyser is a maintenance-free sensor for the real-time measurement of pH and temperature directly in the medium or in a flow-cell. Even under tough conditions (up to 90°C) or in waters with very low conductivity long term stability and precise measurement is ensured. The sensor is pre-calibrated ex works and immediately ready. Models: pH::lyser pro: high temperature range pH::lyser pro: high pH range • s::can plug & measure • measuring principle: unique, non-porous / non-leaking combined reference electrode for technically unrivalled and consistent pH performance • multiparameter sensor • ideal for surface water, ground water, drinking water and waste water • long term stable and maintenance free in operation • factory precalibrated • mounting and measurement directly in the media (InSitu) or in flow cell • operation via s::can terminals & s::can software • optional: automatic cleaning with compressed air "How do we measure" is a multi-parameter probe that measures the pH value and temperature directly in the water. The pH::lyser uses the temperature to correct the result of the pH measurement online. The non-porous, solid-state reference electrode ensures excellent pH readings and a long lifetime of the electrode.

Phantom Max is a high-performance wireless vibration sensor developed for long-range, continuous condition monitoring of critical rotating assets. It is designed for industrial sites where distance, power availability and network reliability are real constraints, not theoretical ones. The sensor has been distance tested at ranges of up to 3 km, making it suitable for large plants, remote assets and multi-area facilities where traditional wired systems or short-range wireless sensors are impractical. This long-range capability reduces the need for repeaters, cabling and local infrastructure, simplifying deployment and lowering total system cost. Phantom Max combines high vibration bandwidth with efficient power management. It supports detailed vibration analysis, including spectral and time waveform data, while maintaining extended battery life. This balance between data quality and power consumption allows continuous monitoring without frequent battery replacement, even in demanding applications. The sensor is fully wireless and battery powered, enabling fast installation on motors, pumps, fans, gearboxes and other critical assets without shutdowns or electrical work. It is particularly well suited to assets operating at higher speeds or with complex vibration behaviour, where early detection of bearing damage, imbalance, misalignment or gearbox faults is essential. Data is transmitted securely to the monitoring platform for remote analysis, trending and alarm management. This supports condition-based maintenance strategies that focus engineering effort where it delivers measurable reliability and uptime improvements. Built for industrial environments, Phantom Max is compact, robust and designed for long-term operation in challenging conditions.