With an ever increasing need for companies to manage and reduce their CO2 emissions, Dutch water engineering pioneer Vanderkamp offers a solution that ensures the most efficient use of our resources: a new generation of innovative power management systems that can reduce the energy consumption of pumping installations by at least 20%. “Power management is not just about cost-cutting; it’s about resource efficiency, especially in dynamic settings like temporary pumping systems. This aligns perfectly with our vision for a greener future,” comments Menno van Veen, Engineer and Head R&D at Vanderkamp.

3D printen maakt uw ontwerp tastbaar Bij Cipax Nederland zetten we 3D printen steeds vaker in als hulpmiddel bij onze productontwikkeling. Voorheen werden producten beoordeeld op basis van een 2D of 3D tekening. Met 3D printen maken we een ontwerp tastbaar in een vroeg stadium. We zien direct hoe het eruitziet, hoe het voelt en of onderdelen goed op elkaar passen. Hierdoor kunnen we sneller verbeteringen doorvoeren voordat de matrijs gemaakt wordt. Prototypes voor klanten Voor onze klanten biedt dit grote voordelen. Een prototype zorgt voor een helder beeld van het eindproduct. Dit geeft zekerheid en maakt het mogelijk om nog vóór de productie aanpassingen te verrichten. Zo verloopt het ontwerpproces efficiënter en zijn verrassingen achteraf kleiner. Klanten kunnen bovendien actief meekijken en meedenken met een prototype in handen. Op de foto zijn bijvoorbeeld schaalmodellen te zien van onze CPX ondergrondse watertank en een CPX opslagtank. Uw eindproduct visueel en tastbaar Meer grip op het proces Minder risico’s Minder materiaalverspilling, geen verrassingen achteraf Wilt u meer weten over wat wij voor u kunnen betekenen? Neem gerust contact op met één van onze accountmanagers.

October 1, 2025, marks an incredible moment in our history: SCHENK Group is celebrating its 55th anniversary! Since our founding in 1970, SCHENK Group has grown into the strong, innovative, and reliable partner we are today. This milestone is a testament to the dedication, hard work, and passion of everyone who is or has been part of our group. We are incredibly proud of the journey we've taken: the challenges we've overcome, the successes we've achieved, and the valuable relationships we've built. Your trust and loyalty are the driving force behind SCHENK Group's 55-year success story. Our History: 55 Years of Schenk Group in Brief. Five and a half decades ago, on October 1, 1970, our story began. Cor Schenk started his sole proprietorship in nautical trading in a former chicken coop in Hernen. The founder's boundless energy led to the hiring of his first employee in 1976. Due to difficult times in the yacht building industry, the company changed course and launched SCHENK Containers en Constructiewerken. Due to exponential growth, the company moved to Wijchen in 1983 and to its current premises in Nijmegen in 1991. From that point on, the focus was on waste collection and transport. The introduction of the Self-Compacting Container (ZPC) in 1994 and the Collection Press Container (IPC) in 1997 established our reputation as a reliable and high-quality innovation partner. In 2008, we introduced the smart SCHENK City Trailer (SCT) for city centers. The SCHENK Group's 55th anniversary is a series of solutions: from the founding of SCHENK Containerverhuur in 1998 to the transfer to the second generation, Roel Schenk and Martine Schraven-Schenk, in 2014 and 2020. The SCHENK Group Today: Solid Solutions for Waste Processing... Read more on our website

BOLL & KIRCH has a rich and inspiring history of no less than 75 years. The company was founded in Germany in 1950 and started as a small workshop, specializing in filter technology for marine engines. Over time, BOLL & KIRCH expanded its product range with filtration solutions for various industries, such as oil and gas, chemical processes, power generation and of course many water-related applications etc. Lubrafil Filtration was founded in 1973 and has therefore been active in the world of filtration for 52 years. The official collaboration with BOLL & KIRCH took shape in the year 2000 when Lubrafil Filtration became the exclusive distributor for BOLL & KIRCH in the Netherlands. After a close collaboration of 24 years, Lubrafil Filtration became a 100% subsidiary of BOLL & KIRCH Filterbau GmbH on January 1, 2024. This acquisition will allow us to benefit even more from the extensive knowledge and resources of the BOLL Group, which will allow us to further strengthen our market position and offer you as a customer an even broader range of solutions. We are proud to be part of the BOLL Group and thus to be a member of the BOLL Family. 75 years of BOLL & KIRCH, a fantastic milestone. We would like to tell you more about all the filtration solutions from BOLL & KIRCH during Aqua Netherlands.

ABB’s IE6 Hyper-Efficiency Synchronous Reluctance (SynRM) motors set a new benchmark for industrial sustainability and performance. Designed to deliver consistent, high efficiency in demanding applications, these motors help reduce energy consumption, cut CO₂ emissions, and maximize productivity, without compromising reliability. Now available in large frame sizes from 110 to 450 kW, ABB IE6 Hyper-Efficiency SynRM motors are purpose-built for industries where performance, precision, and uptime matter most. ABB IE6 Hyper-Efficiency SynRM motors are engineered to help customers stay ahead of rising energy costs and sustainability demands. With an advanced magnet-free design and no rare earth materials, they deliver anticipated IE6 Hyper-Efficiency levels while reducing operational risk and environmental impact.

Contribution to making waste processing more sustainable by recycling 'non-recyclable materials'. The installation for cleaning the waste water that is released after washing bottom ash is capable of processing 120 m3/hour of waste water. This processing takes place using a zero liquid discharge (ZLD) process, consisting of biological pre-treatment, ceramic microfiltration, ion exchange, RO installation, evaporator and crystallizer. This converts the waste water into process water and minerals, both of which are reusable. Through the ZLD process, ACCN ensures that no part of the waste water is lost. The process produces 107 m3/hour of process water that is reused when washing the bottom ash. In addition, 1.6 m3/hour of minerals are produced that are reused. What have we achieved 1. Biological pre-treatment before the first softening 2. Ceramic microfiltration 3. Second softening installation consisting of ion exchangers 4. Desalination by reverse osmosis 5. Further desalting by a combination of evaporator and crystallizer with a screw press 90% of the waste water is converted into process water, the other 10% reaches the evaporator, which evaporates this stream and thus concentrates it by 60%. The crystallizer connected to this further concentrates this flow by 70%, producing crystals. The reusable minerals are formed by dewatering these crystals.

The BLZZRD sampler is a portable flow, rainfall and water quality sampler with active cooling from either AC or battery power. Its controller provides all the advanced controls, interfaces, data logging and communication features. Set the most suitable programme, depending on your application. The BLZZRD sampler is easy to transport, even over rough terrain. It has never been easier to efficiently take samples in different locations and keep them refrigerate at the same time!

In cooperation with HDSR and GMB, Van Remmen tested the Advanox system for the removal of pharmaceutical residues from wastewater. The results were convincing: Advanox proved to be more energy-efficient, sustainable and cost-effective than traditional techniques. A major challenge for water authorities Pharmaceutical residues are a growing problem in surface water. Despite occurring at low concentrations, they have demonstrable negative effects on aquatic life and may impact public health. New European legislation therefore imposes stricter requirements on the removal of these micropollutants, forcing water authorities to make future-proof choices. A major test for Advanox At the Utrecht wastewater treatment plant (WWTP), the Advanox system was tested as a fourth treatment step. A compact Advanox Flow reactor, housed in a 20-foot shipping container, was connected to the existing sand filter. Using UV-C light and hydrogen peroxide, pharmaceutical residues are broken down into harmless substances. Performance was monitored in accordance with the STOWA methodology. Impressive results Thanks to an innovative reactor design, energy consumption was reduced by 35% to approximately 0.10 kWh/m³. At this level of energy use and with a hydrogen peroxide dosage of 20 ppm, a removal rate of 86% was achieved—well above the 80% required by the EU directive. Total treatment costs amounted to €0.10–€0.12 per m³, including operational costs. Advanox proves to be a sustainable choice When powered by green electricity, Advanox has a minimal carbon footprint and poses no risk of harmful by-products such as bromate or NDMA, unlike ozone. Compared with activated carbon technologies, its environmental impact is lower. From new kid to first choice This demonstration confirms Advanox as a future-proof solution for large-scale removal of pharmaceutical residues. The system is now also being applied in Oosterwold and is rapidly evolving from a ‘new kid’ into a credible first choice.

Afvalwater is een fascinerend onderwerp dat onlosmakelijk verbonden is met duurzaamheid. Maar heb je ooit stilgestaan bij hoeveel raakvlakken er werkelijk zijn? Bij Arveon zetten we ons in om producten te ontwikkelen die niet alleen effectief zijn, maar ook zo min mogelijk impact hebben op het milieu. In onze nieuwste video laten we zien hoe we dit aanpakken. Van slimme technieken tot duurzame keuzes in materialen: alles is erop gericht om afvalwaterverwerking milieuvriendelijker te maken. Want bijdragen aan een beter milieu begint bij bewuste keuzes. Benieuwd naar onze aanpak en hoe afvalwater en duurzaamheid hand in hand gaan? Bekijk onze video via de link naar onze website en ontdek hoe wij dagelijks het verschil maken!

Akdolit® Marine is a highly reactive, carbonate filter material with a spherical granular form. It is used for remineralization of water after reversed osmosis. Compared to dense carbonates using Akdolit® Marine allows the installation of much smaller dimensioned filters saving space and weight – both are very important design parameters in shipbuilding.

Hydrographic survey gives us a lot of insight into our waterways. What if this survey could be done autonomously together with measuring the water quality? Elscolab offers this total solution with a remote controlled boat (rQPOD), equipped with the Sontek HydroSurveyor (ADCP) and YSI EXO multiparameter probe. Enter the measurement plan via Google Maps, place the device in the water and start measuring. The rQPOD itself returns with all the valuable information on flow, velocity profiles, bathymetry as well as water quality parameters (conductivity, algae, temperature, oxygen, pH, phosphate, nitrate, etc.) which you later convert in the HYPACK software to an insightful GPD-corrected report.

ANDRITZ Environment & Energy is committed to environmental responsibility and offers a broad range of technologies focusing on sustainable solutions for various industries. The extensive product portfolio includes technologies for the production of green hydrogen and renewable fuels, for carbon capture and emission reduction, mechanical and thermal solid/liquid separation, grinding, pelletizing, and for pumping fluids. Complemented by cutting-edge automation and digitalization as well as comprehensive services, they enable efficient and innovative solutions in processes such as water and wastewater management, recycling, waste/sludge-to-value, resource-saving battery-related mining, desalination, feed and food valorization, air emission reduction and P2X.

A filter that many professionals are already familiar with, but which still makes the difference thanks to its unique design. The aquaBoll® is built on a failsafe, modular platform concept, featuring a multi-part housing and variable flange connection positions. This makes the filter easy to adapt to any installation and any water path. Additionally, the filter can be equipped with adaptive filter elements – from coarse screen cylinders to fine screen cylinders and the more familiar filter cartridges – depending on the desired filtration fineness and the degree of contamination of the medium. Whether it concerns effluent, surface water, process water, or even seawater, the aquaBoll® delivers consistent filtration quality, even under harsh conditions. The fully automatic backwash technology ensures an uninterrupted filtration process, low maintenance costs, and high operational reliability. During the exhibition, we would be pleased to demonstrate how this combination of flexibility, robustness, and efficiency ensures reliable protection of installations in practice – from water treatment to industrial processes. We look forward to welcoming you to our stand at Aqua Nederland 2026 from March 17 to 19.