Tubular MMO Titanium Anode For Ballast Water

The Sodium Hypochlorite Generator is an on-site electrochlorination system that produces sodium hypochlorite (NaClO) disinfectant directly from seawater or brine through electrolysis. At the core of the system, our high-performance MMO titanium anodes ensure superior electrochemical efficiency, extended service life, and stable operation under demanding marine conditions. Widely used in ballast water treatment, coastal power plants, desalination facilities, and industrial cooling systems, this system eliminates the risks and costs associated with transporting and storing commercial bleach. Fully automated and customizable to various capacities, it delivers a safe, cost-effective, and environmentally friendly solution for biofouling control and water disinfection - meeting IMO standards and supporting your operational sustainability goals.

The Titanium Anode Electrolyzer is a high-efficiency electrochemical device designed for on-site generation of sodium hypochlorite and other oxidizing agents through seawater or brine electrolysis. Featuring our premium MMO-coated titanium anodes, this electrolyzer delivers superior current distribution, low overpotential, and exceptional corrosion resistance, ensuring stable performance and extended service life in harsh marine environments. Widely deployed in ballast water treatment systems, coastal power plant cooling circuits, desalination pre-treatment, and industrial water disinfection, the system offers a safe, chemical-free alternative to traditional chlorination methods. With fully automated controls, scalable capacities, and low maintenance requirements, our titanium anode electrolyzer provides reliable, cost-effective on-site disinfection - fully compliant with IMO Ballast Water Management Convention standards.

The Titanium Anode Mesh is a high-performance electrochemical component specifically engineered for desalination plant pretreatment and seawater electrolysis applications. Constructed from premium-grade titanium and coated with a proprietary Mixed Metal Oxide (MMO) catalytic layer, this expanded mesh design offers an exceptionally large active surface area, ensuring superior current distribution, low overpotential, and outstanding chlorine evolution efficiency. Widely deployed in reverse osmosis (RO) pretreatment systems, electro-chlorination units, and biofouling control for intake pipelines, our titanium anode mesh delivers reliable, long-lasting performance in aggressive seawater environments. The open mesh structure facilitates efficient gas release and minimizes fouling, reducing maintenance frequency and operational costs. Fully customizable in dimensions, coating formulations, and mesh configurations, it provides a cost-effective and environmentally sustainable solution for desalination facilities worldwide - ensuring compliance with environmental discharge standards while protecting critical infrastructure from biological and inorganic fouling.