If your company exports plumbing fixtures, valves, water treatment components, or appliances to the European Union, a major regulatory shift is likely already on your radar. The recast European Union Drinking Water Directive (Directive (EU) 2020/2184, or EU-DWD) represents the most significant overhaul of water hygiene regulations in a generation. By establishing unified European standards, […]
Introduction: The Gatekeepers of Modern Infrastructure Water is the lifeblood of our cities and industries, but it’s the valves that dictate its pulse. Whether it’s managing the surge in a municipal desalination plant or regulating effluent in a high-complexity chemical facility, industrial valves are the unsung heroes of global water infrastructure. Are your current flow
The global wastewater landscape is currently navigating a period of unprecedented transformation. What was once considered the final, most problematic byproduct of the treatment process—sewage sludge—is being fundamentally re-evaluated. In the corridors of international environmental policy and within the boardrooms of the world’s leading utilities, “sludge” is being rebranded as “biosolids,” and these biosolids are
In the high-stakes arena of global water management, the narrative is shifting. For decades, the industry’s response to increasing demand and urban expansion was centered on the “New Build”—massive capital projects characterized by sprawling concrete footprints and decades-long amortizations. However, as an overseas specialist for WATERTECH, I have observed a profound transformation in how international
In the current global industrial landscape, water is no longer viewed merely as a utility; it is a strategic asset and a significant operational risk. As we move toward 2027, the “fixed-asset” model of massive, centralized water treatment plants is being supplemented—and in some cases, replaced—by a more agile, decentralized, and modular approach. For international
Extreme rainfall is overwhelming legacy sewer networks. Instead of immediately building expensive new tunnels, water utilities are applying artificial intelligence to stop spills, predict floods, and maximize the capacity of their existing underground pipes.
Extreme rainfall is overwhelming legacy sewer networks. Instead of immediately building expensive new tunnels, water utilities are applying artificial intelligence to stop spills, predict floods, and maximize the capacity of their existing underground pipes.
Extreme rainfall is overwhelming legacy sewer networks. Instead of immediately building expensive new tunnels, water utilities are applying artificial intelligence to stop spills, predict floods, and maximize the capacity of their existing underground pipes.
Water utilities lose billions of gallons of clean water through aging pipes every year. Instead of waiting for visible breaks, operators now use artificial intelligence to locate hidden leaks and predict network failures early.
As global regulatory bodies—ranging from the US EPA to the European Chemicals Agency (ECHA)—tighten the noose on Per- and Polyfluoroalkyl Substances (PFAS), municipal water authorities find themselves at a critical crossroads.
Get notified about new articles
