Welcome to Century’s technical knowledge base. Whether you are an EPC contractor looking for advanced water treatment solutions, or an OEM partner seeking detailed salt cell troubleshooting and maintenance guides, our engineering team shares decades of manufacturing expertise here. Explore our latest articles covering MMO titanium anode durability, electrochlorination system optimization, and industry best practices designed to maximize your equipment’s lifespan.
Defeating Marine Biofouling: Seawater Electrochlorination Systems for Coastal Power Plants Coastal power generation facilities that draw massive volumes of seawater for cooling are continuously threatened
Replacing Chlorine Gas with Electrochlorination in Municipal Plants: Engineering Guide for Safety Conversion and Risk Mitigation High-pressure liquefied chlorine gas has historically dominated municipal water
On-Site Sodium Hypochlorite Generation (OSHG) for Municipalities: Engineering Transition, Safety Risk Mitigation, and Lifecycle Economics Municipal water departments and consulting engineering firms urgently require disinfection
High Capacity Salt Cells: Engineering Specifications, Scaling Criteria, and Dynamic Performance from 50g/h to 500g/h Output When managing water treatment project expansions, scaling the electrolytic
Commercial vs. Residential Salt Cell Technologies: Engineering Specifications and TCO Analysis To reduce initial capital expenditure, many project managers attempt to build commercial water purification
Optimizing Commercial Aquatics: The Role of Microprocessor Controllers in Modern Salt Chlorine Generators Legacy salt chlorination systems traditionally operated on a crude open-loop model, delivering
Retrofitting Water Infrastructure: Upgrading Legacy Transformers to High-Efficiency Switching Power Supplies A vast segment of aging water treatment infrastructure and commercial aquatics facilities across the
Maximizing Electrochlorination Cell Efficiency: How Voltage Drop Affects Chlorine Production High operational energy consumption remains a persistent pain point across industrial chlorination projects, where real-time
System Optimization: Matching Electrochlorination Power Supplies to Custom MMO Titanium Anodes The long-term operational stability of any salt water chlorination system hinges entirely on the
Thermal Management in Industrial Electrolysis Power Supplies: Optimizing Electrochlorination Rectifier Reliability Industrial electrolysis rectifiers continuously generate significant thermal energy during AC-to-DC conversion and power regulation,