Hydrochloric acid is widely used in (drinking) water and wastewater processes for pH correction, for example in softening, coagulation support and corrosion control. It is also commonly used for the regeneration of deionisers. Because hydrochloric acid is corrosive, reliable supply and suitable packaging are essential. At Vivochem, hydrochloric acid is available in bulk, IBCs, pallet drums and pallet cans. **Supply via Vivochem** With Vivochem, you choose a supplier that actively supports continuity. You can select from various packaging options, and we can also fill your chemicals in the required packaging through our drumming facilities. From our PGS 15 warehouse in Almelo, with over 9,000 pallet spaces, we combine ADR-compliant storage with distribution, with deliveries often arriving on site within two to three working days. Export outside the Benelux? We can support that as well, including documentation and port handling.

HydroCube provides safe potable water when it counts. Read more about the HydroCube on our webiste!

Separation of starch, sand and other settling solids from waste water and process water by means of centrifugal forces.

Next-level purification system for permanent or temporary use. Read more about the HydroNext on our website!

Pioneer in innovative and sustainable water management As a leading brand within the Water Is Life Group, Hydrosphere optimizes water quality through innovative technology. For over 20 years, we have proudly designed, developed, and manufactured high-quality, sustainable water management systems for future generations. Hydrosphere offers solutions for water management challenges in the areas of: - Rainwater systems - Break tanks - Pumping stations - Pressure boosting systems

The Hydrovar HVL is a compact frequency controller for pump motors and is used in pressure regulation of drinking water (and other water) systems. This controller can operate as a standalone unit or can control a maximum of 8 pumps.

Nieuw in ons assortiment trekvaste koppeling is de Hymax Grip. Deze kopppeling is trekvast voor alle materialen en is KIWA gecertificeerd.

What is i-View The i-View real-time management system has a fully web-based user interface. Users can easily access the application from any device connected to the Internet through a standard browser. i-View is connected to all installations 24/7. The user can therefore view the status of the installation anytime and anywhere and, if necessary, immediately perform real-time control actions. In this way, the system helps to make your management process as efficient and cost-effective as possible. The adequate management of pumping installations, storage basins, weirs and overflows: we translate your wishes and requirements with regard to your process description into flawlessly functioning automation projects. Since we not only have knowledge of telemetry systems, but also of control installations and the operation of pumping stations, our helpdesk can provide you with optimal support if you have any questions. The user-friendliness of i-View can mainly be attributed to our customer-oriented working method. Because we always listen carefully to our customers, we know what they want from a real-time management system. This combined with our ambition to actually fulfill these wishes has made i-View what it is: the most user-friendly and technically innovative system available.

idSET-OTM is a smart and versatile measuring device designed for real-time monitoring of oil layer thickness in oil separators. It supports multiple sensors—including the idSET-OTM oil sensor, idOil-LIQ high-level sensor, and idSET-SLU sludge sensor—to provide a comprehensive solution for separator monitoring.

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.

Drinking water, wastewater, and industrial treatment plants alike must process increasingly complex influent composition and higher water volumes than ever before – with fewer resources and in-house skills. The only way to offset the industry’s ageing workforce, higher capacity requirements, and limited funding is to make the most of new technologies and techniques to achieve more with less. With the right solutions you can process more influent with less space, improve water recycling and water reuse, recover valuable resources, and identify leaks and other issues across your infrastructure. The opportunities are infinite. But there’s a major gap between the legacy technology many plants are using, and what’s currently available. So, how do you begin to choose the right sustainable and digital solutions for your water plant? Royal HaskoningDHV is trusted by water authorities and organisations around the world to select, design, assist in implementing new solutions, assets, and deliver digital tools. We can help you find the right solutions to meet growing demand and capacity requirements, reduce your costs, and improve your environmental impact – while reducing the impact of the talent shortage in the water sector. With over 140 years of water engineering heritage, we’re a partner with extensive experience in identifying and implementing new technologies, assets, and eco-friendly solutions. This includes unique technologies that help water authorities and organisations worldwide treat more water in less space, find organic options for sludge disposal, comply with stringent effluent limits – and with less waste.

i::scan - the new miniature multi-parameter spectrophotometer probe will revolutionize online water quality monitoring: From very cost sensitive applications down to highly resolved “Smart Water Grids”, in small unmanned plants, or even in single building protection. The new i::scan combines the high performance of a multi wavelength spectrophotometer with even lower costs than simple photometers! The brand new i::scan – compact, precise, robust and very affordable!

Incaline: Het product voor beton,- metselwerk,- en staalbescherming Wat is Incaline? Incaline is een hoogwaardige, vezelversterkte 2-componenten epoxycoating. Het beschermt minerale ondergronden zoals beton, metselwerk, staal of diverse verschillende kunststoffen tegen chemische aantasting en corrosie. Het is solventvrij, hecht op vochtige oppervlakten, voorkomt osmose en verlengt de levensduur van constructies. Incaline wordt koud aangebracht in een minimum laagdikte van 3 mm. Incaline is een unieke, solventvrije en vezelversterkte epoxycoating met uitzonderlijke hechting, hoge chemische bestendigheid en gegarandeerde gas- en vloeistofdichtheid. Dankzij deze eigenschappen beschermt het constructies effectief tegen corrosie, biogene zwavelzuuraantasting en andere agressieve invloeden. Het systeem kan zowel preventief bij nieuwbouw als bij renovatie worden toegepast en is zelfs aan te brengen op natte of volledig met water verzadigde ondergronden. Met een bewezen levensduur, gecertificeerde kwaliteit en een sterke focus op duurzaamheid draagt Incafin bij aan het verlengen van de levensduur van infrastructuur en industriële installaties. Zo biedt Incaline een betrouwbare en toekomstbestendige oplossing voor het beschermen van kritische constructies. Ook hecht het onmiddellijk op de bestaande ondergrond. Na verharding zorgt dit voor een sterke en naadloze afwerklaag van hoogwaardige kwaliteit.

The inDENSE® technology optimizes activated sludge systems by continuously selecting heavier sludge particles using a hydrocyclone. Waste activated sludge is discharged via the cyclone, where heavier particles are separated and returned to the aeration tank, while lighter particles are removed as surplus sludge and sent to sludge treatment. This continuous selection results in a denser and more stable sludge, significantly improving settleability and consistently reducing the Sludge Volume Index (SVI) to values below 80 ml/g. Because phosphorus-accumulating organisms (PAOs) are generally heavier than other bacteria present in activated sludge, the hydrocyclone also promotes the selective retention of Bio‑P bacteria. This enhances biological phosphorus removal and allows higher phosphate removal efficiencies without the need for additional chemical dosing.

inDENSE®: Process intensification through compacted biomass. inDENSE® is a patented solution for continuous selection of sludge with good settling properties using hydrocyclones and promotes biological phosphorus removal. By continuously selecting the heavier sludge fraction, sedimentability is improved, resulting in a lower sludge volume index and stable performance without spring spikes. With inDENSE®, the sludge volume index is permanently reduced, significantly increasing the hydraulic capacity of the treatment plant. The system uses hydrocyclones to select and separate higher-density sludge aggregates, while the light sludge fraction is removed for sludge processing. The underflow contains higher-density biomass that grows optimally under oxygen-free conditions. The hydrocyclones are fed with return sludge from the post-sedimentation tanks. Hydraulic separation takes place in the cyclones with about 20% returning to the biology via the underflow. The remaining 80% will be disposed of as sluice sludge. With continuous sludge selection, the SVI will drop to a value as low as 80 ml/g and any spring peaks will be smoothed by the stable sludge sedimentation properties. With long-term application, more intensive use can be made of available tank volume in both biology and post-settling systems. In addition, inDENSE® prevents problems with sludge leaching, making it a sustainable and effective solution for wastewater treatment plants. Advantages inDENSE®: - Improved sludge settling capacity. - Higher hydraulic treatment capacity - Improved biological phosphate removal - Compact footprint with easy integration - Low energy consumption - No chemical consumption Do you have any questions about inDENSE®? Logisticon's water specialists welcome you to stand E206 at NEXT LEVEL.