EBRO INFLAS® Reduced wear through inflatable liner The INFLAS® shut-off and control valve features an inflatable liner sealing system. This special design effectively prevents the formation of elastomer abrasion during valve closure, ensuring contamination-free processing of dry and pasty media. INFLAS® DN 80 – DN 600 Simply unbeatable The liner of the INFLAS® is pressurized after the valve disc is closed. This ensures the valve is sealed without the friction between the valve disc and elastomer, unlike with conventional designs. This principle reliably prevents wear on the liner, ensuring contamination-free processing of the media.

SMART BOX FOR VALVE MANAGEMENT Digital Platform for Intelligent Valves Management by EBRO ARMATUREN It has an overview of the relevant parameters at all times, can record operating states digitally and detects faults and failures at an early stage: The Smart Box Unit EBRO SBU IO-Link. In addition to the extensive monitoring and documentation functions, the EBRO SBU IO-Link offers even more. It integrates seamlessly into existing networks via IO-Link, Bluetooth or other standardised interfaces. Commissioning takes place via Plug & Play, so that control or feedback is particularly easy. With IO-Link, Bluetooth LE and secure data transmission with standard protocols, it uses future-proof communication interfaces and is IIOT-ready. The EBRO SBU IO-Link ensures comprehensive data acquisition directly at the valve and data transfer to a wide variety of interfaces. The collected parameters form the basis for all further steps such as automation of the processes as well as diagnostics and analysis of the valve. This can be used to support preventive maintenance measures and thus contribute to efficiency and operational safety in the long term.

EBRO vlinderkleppen zijn gecertificeerd door KIWA!

Applications of the WS112 The WS112 is designed for versatile applications and is used in numerous areas: Drinking water pipes and supply networks: Reliable and hygienic solution for municipal utilities and supply companies. Seawater desalination plants: Corrosion-resistant construction for long-term use in salty environments. Wastewater treatment and greywater management Perfectly suited for wastewater treatment plants, treatment facilities and sewer networks. Power plants and industrial facilities: Efficient control of water and process media in energy and industrial infrastructures. Pumping stations & underground transport lines: Safe handling of large volumes of water over long distances.

SERIES EBRO Z 400 BUTTERFLY VALVES SPECIALLY DESIGNED FOR PE/PP PIPING. Pipe systems made from PE and PP plastics are being used in more and more areas. The many different fitting options in the Z 400 series mean you can be sure of a perfectly coordinated solution, whatever your installation requirements. They are also also available with DVGW certification for use in pipe systems for water and gas supply. Our specialists will be happy to help you choose the right EBRO Z 400 shut-off and control valve.

The EBS 410 rotary screw blower from Kaeser represents a new milestone in the development of oil-free compression blower technology, designed especially with water industry applications in mind. With a flow rate of 10 – 40 m³/min and pressure differentials from 0.3 to 1.1, as well as a selection of motors ranging from 22 to 75 kW, the innovative EBS 410 sets new standards in terms of energy efficiency, space-saving design and automation. The SFC version is equipped with a frequency converter and a synchronous reluctance motor – a slip-free design that combines all the advantages of high efficiency permanent-magnet motors with those of robust, service-friendly asynchronous motors. Thanks to variable speed control, the flow rate can be adjusted as required and a control range of 1:4 is achieved, which allows exceptionally dynamic operation. The STC version is now equipped with an energy-saving IE4 Super Premium Efficiency motor that reduces energy consumption and therefore costs, making the STC version more efficient than ever before. With both versions, power transmission from the motor to the airend takes place via loss-free and maintenance-free gearing, which results in an up to 8 % improvement in specific power compared to the previous model. The complete machine achieves an isentropic efficiency of up to 80%, representing the pinnacle of performance for oil-free compression machines. In order to ensure that the specified performance figures are translated into reality, Kaeser guarantees performance in accordance with the strict tolerances of the ISO 1217-C/E standard.

The JAZZmin pumping station computer is an ideal solution for single and double pumping stations. The unique combination of an OPLC (PLC including display and keyboard) and a generic computer platform (with built-in 4G modem) makes it extremely suitable for M2M communication with the TeleControlNet and H2gO main stations.

The TriOS eCHEM series offers a wide range of electrochemical sensors for analysing water. In addition to sensors for determining of pH and turbidity, you also receive probes for measuring conductivity and dissolved oxygen. All eCHEM sensors are available with cable lengths of 10 m or 2 m.

To prevent biofouling issues, H2O developed the Ecodosing™ methodology. The Ecodosing method results in a dosing procedure which is tailored to the specific local requirements to prevent biofouling settlement and growth. This will reduce the overall chemical dosing up to 50% which results in significant O&M cost benefits. In addition, since Ecodosing requires less biocide and guarantees effective control of biofouling, its use can result in a significant (up to 50%) reduction in environmental impact. This allows a company to contribute to environmental sustainability by helping preserve the local natural environment. Ecodosing works with all type of biocides and is capable to control all type of biofouling species, it will also prevent settlement of biofouling larvae. Ecodosing benefits include: - Complete biofouling control in intake and (cooling) water systems. - Ecodosing can be applied with all biocides; it’s not restricted to chlorine. - Maintain a clean intake and water system from commissioning onwards! - Reduced biocide requirement to an absolute minimum. - Reduced environmental impact, up to 50% reductions in e.g. FRC/Bromoform discharges. - Accepted method by most water authorities. - Reduced CAPEX investment (10-30%). - Reduced Operational and Maintenance costs (30-60%). - Optimal dosing system design. - Direct insight in efficacy using biomonitoring systems.

Econvert Water & Energy, part of Nijhuis Saur Industries, offers the following solutions: - Anaerobic wastewater treatment plants (Econvert-EGSB®, Econvert-UASB®, Econvert-IR®) - Biogas desulphurization products (Econvert-Dsulph® and Econvert-RTF®) - Anaerobic rental installations and pilots Econvert is well known for its technological knowledge in the field of anaerobic wastewater treatment and biogas desulphurization. Econvert makes sure everyone can benefit from the advantages of anaerobic wastewater treatment. Over time Econvert developed into a leading contractor in biological wastewater treatment and biogas conditioning. Biological treatment aimed on lowering the ecological impact and reduces costs. As we think that local reuse is the future. Over time Econvert established a strong track record in anaerobic wastewater treatment and biogas desulphurization. Econvert serves many customers in Pulp & Paper, Food & Beverage and Chemical & Pharmaceutical. Most often we serve the end-user directly, but we also cooperate with partners to optimize the solutions and project implementation. For more information, contact the Econvert team: Email: info@econvert.nl

With EcoStruxure Automation Expert, our next generation industrial automation system, you can: Improve your entire lifecycle and reimagine automation. Decouple the automation application from the runtime hardware for remarkable flexibility. Native IT/OT convergence to easily integrate advanced IT applications, tools and technologies for industrial use. Asset-oriented design with ready-to-use asset models to eliminate low-value tasks, making it easier to package and reuse portable automation objects for maximum engineering efficiency.