The team from Badger Meter will be onsite in Munich from May 4-7, where we will be showcasing our BlueEdgeĀ® solutions for drinking and wastewater treatment, data center management, distribution network monitoring and environmental monitoring. Visit booth C1-429 to discover how our solutions can address the most common challenges in water management.
Join Regional Sales Manager Vladimir Pavlita as he takes to the Green Stage on Thursday, May 7 at 12.30pm to present āBlueEdge by Badger Meter: Flow and Analytical Solutions for Drinking and Wastewater Applicationsā and register via the IFAT Munich App to join our solutions tour for the Urban Wastewater Treatment Directive, hosted by our resident experts Robert Wurm and Phillipp Clemens.
BlueEdge – Driving Efficiency Through Accurate Flow Measurement
Accurate flow measurement is the foundation of efficient water and energy management. For facilities seeking reliability and precision in demanding applications, the ModMAGĀ® M2000 Electromagnetic Flow Meter from Badger Meter delivers exceptional performance and long-term value.
Engineered for conductive liquid measurement, the M2000 offers high accuracy and durability in environments where precision is critical. Featuring advanced electronics and a robust design, it delivers stable readings even under fluctuating conditions, making it ideal for chilled water, heating loops and other hydronic systems. With seamless integration into building management systems, the M2000 provides actionable data that helps operators optimize system performance, reduce waste and support sustainability goals.
For facilities looking to expand visibility and control, combining the M2000 with the DynasonicsĀ® TFX-5000 Ultrasonic Clamp-on Flow Meter creates a powerful solution. While the M2000 excels in measuring conductive liquids within closed systems, the TFX-5000 adds flexibility by monitoring flow in pipes without cutting or downtime. Together, they deliver a comprehensive view of water and energy usage across diverse applications, enabling advanced analytics, predictive maintenance and smarter resource allocation for HVAC system optimization
Liquid Cooling ā The Smart Path to Sustainable Data Centers
As energy use climbs and sustainability expectations rise, data center operators are rethinking their approach to thermal management, taking a closer look at where energy is going and where gains can be made to futureproof their facilities. Cooling remains one of the most resource-intensive parts of any data center, making it a natural starting point for energy reducing initiatives.
Liquid cooling is becoming a foundational strategy for the future of data center management. Typically taking the form of direct-to-chip cooling, where coolant absorbs heat directly from processors, or immersion cooling, where hardware is fully submerged in a thermally efficient dielectric fluid, these systems offer a higher heat-removal capacity than their air-cooled counterparts, significantly increasing cooling efficiency and making them well-suited for dense, AI-driven compute environments.
The shift toward liquid cooling is accelerating in part because it aligns with the broader goals of lowering operating costs and increasing sustainability. By reducing both energy and water consumption while improving overall system stability, it gives data centers a more resilient foundation for future growthāenabling smarter, cleaner and more efficient operations in an increasingly demanding digital landscape. Discover more
Middle East Aquarium Improves Seawater Flow Visibility with Portable Ultrasonic Flow Meter
Aquariums rely on highly controlled circulation systems to replicate the natural environment and sustain aquatic life. At one aquarium in the Middle East, an extensive network of pumps and pipelines continuously circulates seawater through multiple tanks and underwater tunnels. Maintaining consistent delivery across this network is essentialānot only to protect the diverse marine ecosystem it supports, but also to reinforce the facilityās broader commitment to ocean research, conservation and public education.
From oxygen and nutrient distribution to temperature regulation and waste removal, reliable and even flow distribution underpins every element of aquatic health. Flow is imperative to life and in applications where even the slightest discrepancy can have catastrophic consequences, highly accurate flow monitoring is essential. Increasingly operators are choosing to integrate advanced flow monitoring technologies into aquarium networks to verify that systems are fully optimized and protect the delicate ecosystems housed there.
Discover how the DXN-5PĀ® Portable Ultrasonic Flow Meter was able to deliver a leading-edge flow monitoring solution for this world-renowned aquarium. Installed within minutes, without the need for closing down and draining the system, vital flow data was immediately available, allowing operators to carefully monitor and control flow rates and respond quickly to changes, helping to protect aquatic life and support conservation and research initiatives. Continue reading here.
