This SNOEK SHAFTLESS SCREW CONVEYOR TYPE SCV is suitable for the transport of various materials such as screenings, dewatered sludge, industrial waste etc. The unit consists of a SS 1.4301trough fitted with a plastic liner or special steel anti-wear lining, a cold hammered special purpose steel spiral blade and a slip on motor gearbox. This place saving vertical Snoek shaftless screw conveyors type SCV are fabricated in one length or two/three steps lengths according to the requested transport height.

One of the greatest strengths of ANDRITZ vertical turbine pumps is their modular design and the efficiency it delivers. The pump is built from standardized, separate modules that can be easily replaced when necessary. In addition, the VTP offers a long service life and requires minimal maintenance. Another key advantage of this pump series is its flexible discharge configuration. Depending on the application and plant layout, the discharge flange can be positioned either above or below floor level.

These pumps operate in a wide range of industrial applications. In the water sector, they function as water transport pumps for irrigation, drainage, and water supply pumps for drinking and industrial water suppliers. Additionally, they can be used as cooling water pumps for thermal power stations and as seawater intake pumps for desalination plants. These pumps can transport many different media. Depending on the medium concerned, the choice of material and suitable finishing are the determining factors for functioning and stability of the pump. Different materials are used depending on the service conditions and customer requirements: cast iron, cast steel, non-alloyed and low-alloyed steel grades, stainless CrNi steel grades, duplex and super duplex steel grades. The hydraulic dimensioning and design of the volute casing depends on the specific output characteristics. Optimum flow is achieved in the volute thanks to its individual shaping, thus also achieving a high level of efficiency. The volute casing is manufactured as a concrete or metal volute. The metal volute is a welded structure consisting of several segments and can be embedded in concrete as an option. This design is used primarily for larger delivery heads if a solution with a concrete volute is no longer feasible due to strength requirements.

The VGE Pro product range has low pressure and medium pressure UV lamp based systems. The medium pressure UV lamps emit a wide spectrum of Ultraviolet (UV) light which not only gives very good disinfection results but is also excellent for photolysis applications like the reduction of chloramine in pool applications. The single ended lamp in combination with the S.B.T. (Single-end Bayonet Technology) and the on-chamber visual lamp status indication makes the systems extremely user friendly. We offer different systems with medium pressure lamps ranging from 400 W up to 3.5 kW. Benefits Compact design Cross-flow irradiation chamber design with low-pressure loss Easy to (re)place a single ended lamp Effective chloramine reduction

THÉ SOLUTION FOR CROP PROTECTION Safely using water from any source without concerns about diseases – that's what the VGE Pro UV HortiGuard offers. This system is specifically designed for disinfecting irrigation water at high flow rates. For more information, please visit us on our stand.

FEA (Finite Element Analyses) simulaties zijn een krachtig gereedschap om installaties dynamisch door te rekenen en een reële voorspelling van het trillingsgedrag te kunnen maken. Van Geffen Reliability voert FEA simulaties uit tijdens verschillende fases in het project, waarbij een project veelal van start gaat tijdens de conceptfase. Tijdens de conceptfase fase ligt de focus om trillingsgerelateerde risico's in kaart te brengen en eventuele structurele modificaties op voorhand aan te dragen (nog voordat de daadwerkelijke bouw begonnen is) binnen de beschikbare (ontwerp)ruimte. Daarnaast voeren wij FEA simulaties uit op installaties welke tijdens normaal operationeel bedrijf verhoogde trillingniveaus tonen en/of schades/afwijkende condities als gebroken assen, scheurvorming in constructies etc. laten zien. Hierbij stellen wij een referentie FEA model op om zo goed mogelijk het dynamisch gedrag van de bestaande machine te kunnen simuleren. Om onze modellen zo realistisch & betrouwbaar mogelijk op te zetten combineren wij meetdata (verkregen via bijv. trillingsmetingen, rekstrookmetingen etc.) met simulatiedata om vervolgens uiteindelijk mitigerende aanpassingen/modificaties te kunnen adviseren.

At Aqua NL, we will be showcasing solutions from Viking Johnson, known worldwide for their flexible and reliable couplings for water and infrastructure networks. Viking Johnson offers the ultimate solution for connecting, repairing, and adapting pipes, even when conditions deviate from standard standards. Thanks to their tolerance for dimensional deviations, ovality, and settlement, Viking Johnson couplings are ideal for both new construction and renovation projects. They are frequently used for repairs, material transitions, and temporary or permanent solutions in existing networks. Visit our booth and discover: - flexible couplings for various pipe materials and diameters - solutions for repairs, renovations, and network expansion - why Viking Johnson is trusted by water utilities worldwide. Our specialists are happy to help you find the right solution for your specific situation. Viking Johnson – flexibility that connects.

Vink assortiment leidingsystemen Vink heeft meer dan 20.000 kunststof artikelen binnen het ruime assortiment leidingsystemen beschikbaar. Het leveringsprogramma omvat o.a. drukleiding-, ventilatie- perslucht- en dubbelwandige leidingsystemen. Het gaat hier dan om buizen, appendages, fittingen en meet- en regelapparatuur, die beschikbaar zijn in alle relevante kunststofsoorten. Deze producten zijn uiteraard via onze webshop te bestellen.

The Vision pump, an extremely fish-friendly pump type, specially developed to allow fish migration through a pumping station. Ideal usage: The Vision is a fish-friendly pump, specially designed to allow fish to flow through a pumping station. The Vision is suitable for pumping stations and is available in a range of standard modules with a capacity of approximately 12-300 m³/min. Fish Friendly: The main objective of the development of the Vision pump was to prevent damage to fish stocks during the pumping of surface water. Research has shown that fish collide with the blades, get trapped in narrow crevices or can rub against a rough surface. By using a mixed-flow impeller with only one fish-friendly shaped blade in combination with a concrete snail shell where the tongue is far from the blade, an extremely fish-friendly design has been achieved.

The Vision-MV pump type has been developed for the fish-friendly drainage of sports fields and small polders as well as for use as a canal drainage system in residential areas. The Vision-MV pump is used for the fish-friendly pumping of surface water with a capacity of 0.5 to 13 m3/min at a head of 0 to about 5 meters. In the Netherlands the pumps are mainly used for draining small polders and sports fields. Further applications include: - Drainage of agricultural land in general - Irrigation of agricultural lands - Water level control in fishponds and nature reserves - Pumping of stagnant water for refreshing purposes

Our customers have insight into and access to migration and water quality data 365 days a year. Vislift installations in the customer's area can be included in the portal and provide insight into various migration and water quality parameters. The installation can be managed remotely via the Vislift Portal. Alarms and (fresh) water-saving functions can also be set.

Phosphorus recovery solutions are needed for municipal wastewater to reuse precious phosphorus. Several methods have been developed over the years, and some are commercially available. However, those treatment facilities using chemical phosphorus removal, still lacked a solution to recover phosphorus directly from sludge. This gap was filled when a magnetic separation of vivianite was developed by TU Delft and Wetsus. This new ViviMag® technology is today owned by Kemira and is currently piloted with Waterschapsbedrijf Limburg and Royal HaskoningDHV at Hoensbroek wastewater treatment plant. We are excited to present some results and tell you more about this trial!