MULTI/JOINT® 3000 Plus Are you curious about the newest and largest MULTI/JOINT® 3000 Plus? Come and see it at our stand! The newest additions to our range are the sizes DN900 to DN1025 and are among the largest tensile couplings for water applications. Thanks to the flexibility of MULTI/JOINT® 3000 Plus, it is no longer a challenge to connect pipes of different materials or outside diameters. Connections and repairs are carried out using a tensile system. This eliminates the need for stamping or making time-consuming and expensive connections such as welding or flanges. In addition, the MULTI/JOINT® 3000 Plus is corrosion-resistant with a lifespan of 50 years (!) thanks to the Resicoat® epoxy powder coating.

KROHNE service concept

Influent pretreatment by injecting nanobubbles optimizes wastewater treatment processes by removing inhibitory compounds. Activated sludge processes become more efficient because the bacteria get healthier and the aeration efficiency goes up. Less sludge inhibition, better aeration efficiency, means faster nutrient conversion, less energy and less chemicals. In else, more biological capacity with the same infrastructure. Inhibitory compounds to sludge health and aeration efficiency such as surfactants and quarternary ammonium compounds are used in personal care products, cleaning and sanitation products or degreasers. They are micropollutants present in the highest concentrations measured by chemical screening of all detected micropollutants. They are used domestically in steady amounts and industrially as a result of Cleaning in Place procedures or within primary production. Surfactants make fats and oils harder to remove from the wastewater as they emulsify. The compounds share in common that they adsorp to the biomass as well as stick to air bubbles, preventing efficiënt oxygen uptake and oxygen transfer. Techras Nanobubbles has developed innovative technology and methods based on scientifically proven physical/chemical properties and behaviour of nanobubbles and these inhibitory compounds. Full scalle pilots and permanent installation at municipal and industrial wastewater treatment processes have demonstrated significant value in improving effluent quality, reducing operational expenses and CO2 emissions and avoiding infrastructural expansions. This makes nanobubble influent pre-treatment suitable and beneficial for basically every plant.

Spectrophotometer NANOCOLOR Advance - The future is spectral In the new NANOCOLOR® Advance, MACHEREY-NAGEL combines the main features of our portable compact photometers and our high-precision spectrophotometers. The Advance offers all the advantages of a modern spectrophotometer and combines high-quality results with a user-friendly operation. The integrated barcode scanner guarantees fast and comfortable work. Our proven NTU check warns the user in case of interfering turbidities. Future-proof interfaces and comprehensive quality control functions make the NANOCOLOR® Advance the ideal device for all water and wastewater analysis applications. Are you interested in our new device? Then visit our website at www.mn-net.com/advance where you can request more information.

Needle valves, sometimes referred to as plunger valves, are regulating valves and enable engineers to finely control and regulate water flow and pressure. The precision is achieved through the fine movement of the shaft, which enables the gearbox to move the piston tube in sliding motion towards opening or closing position, depending on the requirements from the control system. Needle valves can be used in many different applications with a need for flow or pressure regulation. In water treatment and distribution, dams, reservoirs, power plants and industry needle valves are e.g. used for: • Flow control • Pressure regulation • Pump start • Turbine by-pass • Discharge • Reservoir inlets • Air regulation When to use needle valves? Needle valve, in comparison with diaphragm control valves, can be used with higher differential pressure, and our needle valve standard range covers a pressure range up to PN100. Our standard size range covers DN80 to DN2000. The needle valves can be manually actuated or can be controlled by electrical, hydraulic or pneumatic actuation.

NephNet is the first battery powered, portable turbidity monitor that is revolutionising the industry. It gives the same measurement performance as the more traditional fixed monitor - with no compromise on measurement. The NephNet is used to control both responsive flushing and controlled, planned cleaning, which helps to safeguard water quality for consumers. This new technology offers a string of benefits to help water companies control their mains flushing, including continuous remote monitoring of turbidity; better accuracy at lower levels; fast connection to water mains via hydrants; and wireless communications and alarms. If the NephNet is permanently deployed it can also allow customers to track any issues, identify where problems are occurring and forewarn when any problems are likely to reach the customers. NephNet features and benefits include: - Continuous remote monitoring of turbidity (every second) - Built-in 'automatic zero' technology that offers excellent resolution and better accuracy at lower levels , <0.100 NTU - Quick connection to water mains via hydrants - Wireless communications and alarms - Data accessed via secure website - Battery life for NephNet is over one year - Rechargeable battery for NephNet guarantees extended power longevity - Less water wastage - USB Data logging as standard - Tailor made telemetry - Optional LCD to assist with real time data visibility during flushing quick install - NephNet can be used on any existing logging devices (flow and pressure) - Simple maintenance and check - requires only annual servicing Technical Specifications: - Range: 4/400 NTU (0-4.000, 0-40.00, 0-400.0) - Accuracy: ± 5% of reading or ± 0.02 NTU Whichever is greater

The type-tested medium-voltage switchgear with withdrawable unit technology is used for primary distribution applications. There are numerous cubicle variants, which can be used to provide the optimal solution for the requirements of customers in industry and energy supply companies. Pressure relief channels, single or collective absorbers and deflector plates are used to discharge hot gases arising in the event of an internal arc.

NES-FD The type-tested double busbar switchgear in fixed-installation technology is distinguished by its compact modular design and particular ease of maintenance. The switchgear is equipped with a pressure relief channel to discharge hot gases arising in the event of an internal arc.

NES-H The type-tested medium-voltage switchgear enhances the product family for our withdrawable units for higher rated value requirements. The series to 17.5 kV is designed for very high-energy applications in power stations or industry. The 24 kV series at this voltage level meets all technical specifications for a powerful system for primary power distribution. Pressure relief channels, single or collective absorbers and deflector plates are used to discharge hot gases arising in the event of an internal arc.

NES12 – The new generation of medium-voltage switchgear technology With the NES12, we are presenting the next evolutionary stage in modern switchgear: compact, powerful, and consistently designed for future-proofing. Its innovative architecture combines maximum technical precision with maximum user-friendliness – for a new level of efficiency in planning, installation, and operation. Maximum performance in minimum space The NES12 impresses with its extremely compact dimensions and modular design, which enables flexible system concepts. Thanks to its sophisticated construction, it remains powerful – even with small field divisions. High current without compromise The rated field current corresponds to the circuit breaker's rated current – without any derating. The NES12 thus offers clear technical superiority and maximum planning and operational reliability, even in demanding applications. Optimized for everyday use. The NES12 has been consistently developed for real-world plant operation in primary energy distribution: • Optimized power cable connection for fast, safe installations • Improved accessibility for auxiliary drives and limit switches – ideal for working in medium-voltage bulkhead rooms • No forced ventilation required in high-current fields – reducing effort, operating costs, and susceptibility to faults Sustainable. Resource-efficient. Future-proof. With reduced material usage and a significant minimization of plastics, the NES12 sets an example in sustainability. At the same time, its air insulation makes it future-proof and independent of potentially critical insulation media. ________________________________________ NES12 – Compact. Efficient. Forward-looking. The new NES12 is the right choice for anyone who values maximum technical performance, sustainable system concepts, and long-term operational reliability.

NES24 The type-tested medium-voltage NES24 switchgear system with withdrawable unit technology is used for applications with high availability and great flexibility. The compact NES24 circuit-breaker system provides the optimal solution as a grid and distribution system for customers in industry and energy supply.

The Hach SC4500 Controller is designed to integrate easily into your current system while allowing you to upgrade as your capabilities advance, without having to replace inventory. With a wide range of analog and digital connectivity options and the availability of intelligent instrument and data management features, the SC4500 unlocks the future, today.