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.

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!

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.

Ultra Filtration (UF) membranes The skid-mounted UF technology offers a superior barrier for viruses and bacteria removal and a solid pre-treatment for reverse osmosis. The small pore size ensures reduced membrane fouling. Our DEEPEST technology containing titanium membranes (TiO2 membranes) consists of an internal titanium liner combining unique properties with top-level performance for difficult to treat wastewater. Direct Nano Filtration (dNF) membranes With the dNF, minimum pre-treatment is required. This unit can be implemented to remove color, bacteria and viruses for drinking water and wastewater applications in one single step: without pre-treatment and without the use of chemicals. • Reverse Osmosis (RO) membranes The reverse osmosis technology has maximal efficiency due to a smart design and high quality execution of the skid. The unit removes dissolved components, such as ions, heavy metals, TOC and viruses. • Ceramic membrane (CeraMac®) CeraMac® is an innovative and cost-effective ceramic membrane filtration process to produce drinking water. This design allows the economically feasible use of ceramic membranes on surface water for large-scale applications, as well as in reuse and desalination pre-treatment applications. • Electro-deionization (EDI) Electro-deionization is a continuous process used to polish deionized water, a chemicals-free alternative to conventional resin mixed bed exchangers. It is a form of deionization that uses electricity to remove the ions from the water. • Suspended ion exchange process (SIX®) SIX® is a suspended ion exchange process as an alternative to coagulation for organics removal. It is suitable for treating surface waters to remove dissolved organics. Brine Treatment Solutions (MLD / ZLD) • Evaporator (No-Briner) Modular innovative plastic multi-effect evaporator with exchangeable cartridges • Concentrator Evaporator for brine of RO concentrates

SR produces high end very robust clean and dirty water centrifugal pumps. The pumps can be supplied with closed, semi-open, closed channel, open channel and vortex impeller. As a result, a perfect pump can be supplied for clean water to very dirty water with solids in suspension and everything in between. Material versions : - AISI316 - GJL250 / GS400 On request ; - Duplex - Super duplex - AISI304 - AISI904 - Hastelloy

Faggiolati produces a very wide and versatile range of robust industrial submersible pumps. These pumps are characterized by the many possible hydraulic impeller shapes, resulting in a very wide range of applications for these pumps, from clean water to untreated sewage water. Material versions: - GJL250 / GS400 - AISI316 - Bronze - Duplex - Super duplex

Industrial pumps The beating heart of your processes The pump is literally the driving force within numerous business processes. If an industrial pump, for some reason, fails, it will cost lots of money for your company our for your customers’ company. And the clock is ticking… Unless your make a smart pump choice. We offer you both products and advice of the highest quality: maximum security and minimum maintenance.

The ILT free-beam radar level sensor enables non-contact level measurement, even through plastic vessel walls. The free-beam radar for level measurement emits electromagnetic waves that are reflected by the surface of the material to be measured. The reflected signals are received and analysed, providing information about the fill level. Up to two additional switch points can be integrated to enable further switching outputs, e.g. for overflow and/or dry run protection. Thanks to its compact design and easy handling, the model ILT radar sensor is ideal for measuring applications in industrial environments and in mobile working machines. It has been prepared for the requirements of mobile working machines and offers high-precision measurements at temperatures of -40 ... +150 °C [-40 ... +302 °F]. Thanks to metal shielding, the sensor operates, interference-free, at field strengths of up to 100 V/m and remains reliable even with vibrations of up to 40g and shocks of up to 100g. The model ILT is particularly safe in operation, even under difficult conditions such as dust, moisture and heat. The non-contact measuring principle, combined with its maintenance-free design, ensures low total cost of ownership. Special features - Continuous, accurate measuring signal - Compact design for easy integration - Can also be installed outside a container (plastic) - Calibration function for complex container geometries possible

To guarantee industrial processes requires a lot of knowledge of the design, engineering and construction of pipeline systems. The interests of industrial clients are enormous. As a partner in pipeline systems, Eterno provides you with answers to specific issues, such as requirements regarding temperature, pressure and chemical resistance.

De Infinite hardware- en cloudsoftwareproducten maken naadloze digitale transformatie mogelijk voor elk proces en elke organisatie.

Injection valves for pressure regulation ATES projects.