A collection of Resources, News and Technologies from the Water and Wastewater Treatment Industry

Membrane conductivity is the membrane’s ability to let ions flow through it. The higher the conductivity, the faster and easier ions can travel. And in electrodialysis, faster ion movement means higher efficiency, less energy use, and overall better performance. It’s kind of like upgrading from a gravel road to a smooth highway, everything just moves better.

Clean water is one of the world’s most precious resources, and as industrial demands grow, so does the need for smarter, more efficient treatment technologies. One of the most innovative tools in this field is electrodialysis, which separates charged particles using special membranes. A critical player in this setup is the anionic electrodialysis membrane (AEM), and understanding how it works could unlock huge potential in sustainable water management.

Cationic electrodialysis membranes are more than just components in a separation process—they’re essential tools for clean, efficient, and cost-effective ion removal. Whether you're desalinating water, treating industrial effluent, or fine-tuning a food product, these membranes help you do it better and smarter.

The push toward zero wastewater discharge in the coal chemical industry has brought evaporation crystallization technology into the spotlight. These systems are essential for treating high-salinity wastewater, but they come with a serious headache: scaling.

The purity of water plays a crucial role in scientific research and clinical procedures. Even trace amounts of ions, organic matter, or microorganisms can skew results and compromise data integrity. That’s why laboratories worldwide invest in systems that can produce high-quality water tailored to specific applications.

CNC coolant or cutting fluid is an industrial fluid commonly used in metal cutting operations for improved efficiency. CNC machining coolant comprises special chemical additives formulated through scientific compound concentration. Its primary elements include animal fat, water, petroleum distillate, vegetable oil, and other raw materials.