Iwaki pumps Stübbe Yamada OBL Victor Bombas Boyser Hose pumps Flux Walchem Primix Ingersoll Rand

Bredel heavy-duty hose pumps are specifically designed for intensive applications involving abrasive sludge, paste, and slurries, and offer a remarkable volumetric accuracy of 100%. Unlike other pumps, Bredel pumps have no moving parts that come into contact with the product, and they eliminate the need for mechanical seals. The pumped fluid is entirely contained within a long-life hose, ensuring that operators are not exposed to chemicals, slurries, or sludge. Key features of Bredel hose pumps include: High Flow Rates: These pumps can achieve flow rates of up to 108 cubic meters per hour at 16 bar. Solids Handling: Bredel industrial pumps can efficiently transfer up to 80% solids in suspension. Independent Flow: The flow is completely independent of suction and discharge conditions. Robust Engineering: Heavy-duty rotor bearings within the pump rotor, along with a unique buffer zone, protect against overhung loads and contamination. Bredel pumps also feature a fully protected drive by utilizing direct-coupled technology. This design combines reliability of long-coupled pumps with a compact footprint of close-coupled pumps. The Bredel Series offers 24/7 dependability, making it an ideal choice for various applications. No Ancillary Equipment: Bredel pumps require no additional peripherals, check valves, or sealing water flush systems. Versatile Pumping: They can handle abrasive slurries, corrosive acids, large solids, and gaseous liquids with ease. High Viscosity and Shear Sensitivity: Bredel pumps are suitable for products with high viscosity or those that are shear-sensitive. Run-Dry Capability: These pumps can run indefinitely without damage even when dry. Minimal Maintenance: Maintenance is straightforward—just replace the hose. Suction Lift and Metering Accuracy: Bredel pumps offer up to 9.5 meters of suction lift and ±1% metering accuracy.

The Bredel NR Transfer hose is a new, natural rubber hose designed for general fluid transfer duties at pressures up to 12 bar (174 psi). This hose complements the Bredel NR Metering hose, which is specifically designed for heavy-duty applications with a pressure range of up to 16 bar (232 psi). Some features and benefits of the Bredel NR Transfer hose include: • Long lifespan: The hose is engineered for exceptional durability in fluid transfer applications. • Pressure capability: It can operate at a maximum pressure of 12 bar (174 psi). • Maximum suction lift: Up to 9 meters (30 feet). • Maximum fluid temperature: 80°C (176°F). The Bredel NR Transfer hose is suitable for various fluids, including: • Sludge with a high solid content • Food and beverage waste • Abrasives slurries This wear-resistant hose optimizes the performance of peristaltic pumps in applications such as water and wastewater treatment, construction, ceramics, pulp and paper, power generation (biogas, biomass), and food and beverage. With the introduction of the NR Transfer hose, Bredel meets the needs of customers seeking a versatile hose for transferring different fluids. Bredel customers can now rely on a single source, Watson-Marlow Fluid Technology Solutions, for all their applications. The hose element is critical to ensure pump performance, durability and efficiency. Composite reinforced transfer hoses are constructed from high-quality compounded rubbers reinforced with four individual layers of braided nylon. The Bredel NR Transfer hose is manufactured to dimension with advanced wrapping technology, optimised for long life in fluid transfer applications.

BYTECH BTM 10 Air-Operated Diaphragm Pumps Certificaten ATEX Maximum suction lift (wet) 6.4 m wc Maximale grootte vaste delen 1.6 mm Max. viscositeit 1000 mPa.s Max. temperatuur 65 °C Materials liquids parts Polypropylene, Acetal Materials valves seats Acetal, Polypropylene, Stainless Steel Materials valve balls PTFE, Hytrel, Stainless Steel, Buna-N Materials diaphragms PTFE, Hytrel, Buna-N, Santoprene Material center section Polypropylene

BYTECH BTM 25 Operated Diaphragm Pumps non metallic Eigenschappen: Max. capaciteit 189 l/min Max. druk 8.6 bar Air conn. 1/2" BSP/NPT Liquid conn. Combi flange DIN PN10/16 Maximum suction lift (dry) 4.9 m wc Certificaten ATEX Liquid conn. DN25 - 1 Ansi 150 Maximum suction lift (wet) 8.8 m wc Maximale grootte vaste delen 3.2 mm Max. viscositeit 10000 mPa.s Max. temperatuur 82 °C Materials liquids parts Polypropylene, Conductive Polypropylene, Kynar Materials valves seats Acetal, Aluminium, Buna N, Geolast, Polypropylene, Kynar(PVDF), Hytrel, Santoprene, Stainless Steel, Viton

Butterfly Valves

A butterfly valve is an open / closed valve with a relatively simple construction. In one quarter turn it goes from a fully open position to a fully closed position, or vice versa; a butterfly valve offers the possibility to open or close a pipe very quickly. A butterfly valve can be used in many applications: water supply, waste water treatment, fire fighting, gas production, distribution and industrial applications such as chemical industry, HVAC, energy supplies. The low cost price, the low weight and the short installation length are some advantages of this type of valve. The valves have various operating options such as hand stems, electric or pneumatic drives or a reduction gear depending on the requirements. In general there are two types of butterfly valves, namely the centric and eccentric butterfly valves. With a centric butterfly valve, the spindle is centered in the center of the valve and the disc is centered in the bore. With the eccentric butterfly valve there are one or more axes from the center; depending on type single, double or triple eccentric.

The BVOP is a high quality axial propeller pump with impressive performances, a high quality and a relatively low noise level. Ideal use: Bosman Watermanagement made use of its many years' experience in the development of the BVOP pump for the discharge of water from and/or management of the water level in polders and low-lying areas, and for supply of make-up water to canals with locks and in areas at higher altitudes in dry periods. Features: This pump, with a range of seven standard modules, is available with capacities of 12 to 360 m³/minute with a delivery head of approximately 10 meters. The combination of a preformed suction chamber with adjustable impeller blades and a spiral guide in a very generously-sized concrete volute achieves an ideal flow pattern with minimum losses and a large passage. Consequently, this design of this pump achieves a high efficiency. In addition, the pump requires only a shallow sub-mergence depth. Three impeller configurations for each size of pump guarantee optimum performance without harmful cavitation or vibration zones. The most suitable type of pump for specific application is determined using CAS (Computer Aided Selection). When selecting a pump type the specified duty point (flow/delivery head) needs to be realised. The minimum and maximum static delivery heads, the location of the optimum efficiency point, the NPSH etc. are additional factors that need to be taken into account when selecting a pump. Once a selection has been made, the CAS system will present the calculated pump curve and the desirable guarantee point. Applications: Bosman Watermanagement supplied the BVOP pump, for example, the Pilmuir pumping station, which aims to manage the floods in the Pilmuir area. The BVOP pump was also used in the new construction of the Houtkade pumping station in the pilder near Oud-Kamerik. Wondering how this was done and what the final result was?

Resource recovery from ammonia With the rising demand for circular resources to reduce nitrogen and CO2 emissions, stripping technology can be applied to turn waste streams into valuable resources. Based on optimizing resource value and operational digester challenges, the ByoFlex® - a system from NSI Byosis - recovers ammonia from highly contaminated substrates. This can maximize biogas production while reducing discharge costs simultaneously. NSI Byosis combines and translates its extended knowledge of digestion and fermentation processes into practical and feasible solutions. Byosis offers solutions that considerably improve the efficiency and capacity of the digestion process, presenting a perfect alternative for anammox. Your ByoFlex® benefits +Reduces N2O and CO2 footprint: avoid conventional nitrogen oxidation. +Reduces the risk of clogging due to a robust and patented design. +Reduces discharge and treatment costs for nitrogen to the sewer or river. +Removes highly concentrated ammonia streams and difficult digestate substrates from wastewater sludge or manure. +Reuses centrate water to improve biogas digester performance by lowering the N-content through the treatment of recycled dilution water. +Recovers a valuable liquid circular fertilizer: ammonium sulphate or ammonium nitrate. The ByoFlex® system reduces discharge costs and recovers nitrogen to be used as a valuable fertilizer. Read More in attached brochure.

The magnetic level gauge model BNA consists of a bypass chamber, which, as a communicating tube, is connected laterally to a vessel via at least 2 process connections. Through this type of arrangement, the level in the bypass chamber corresponds to the level in the vessel. The float with a built-in permanent magnetic system, which is mounted within the bypass chamber, transmits the liquid level, contact-free, to the magnetic display mounted to the outside of the bypass chamber.

The new CamCarb XG is the best-in-class solution. Its conical shape enables high removal efficiency while maintaining low pressure drop. Its patented design maximizes adsorbent media utilization, resulting in an overall lighter weight filter. This unique combination provides a lower total cost of ownership (TCO). SAVES LABOUR AND DISPOSAL COSTS 50% of service labour and waste LOWERS ENERGY CONSUMPTION 35% for typical products vs existing solutions.

CamCube is a flexible and compact range of filter housings for different types of filters, from bag filters to HEPA filters and others, and comes with a multiple-stage filtration option. The CamCube filter housing was designed with performance and easy maintenance in mind. It is mainly used in the supply air for a wide variety of applications. CamCube can also be used as an exhaust air housing if contamination-free filter change with plastic bag is not required.