Introduction When selecting an on-site chlorine generation system, one of the most important decisions is choosing between a standard sodium hypochlorite generator and a high

As industrial disinfection requirements continue to increase, many water treatment facilities and industrial plants are facing higher demands for chlorine dosage efficiency, storage optimization, and

Accurate calculation of chlorine demand is a critical step when designing or selecting a sodium hypochlorite generation system. Oversizing leads to unnecessary investment and operating

Proper maintenance is essential to ensure the long-term performance, safety, and efficiency of a sodium hypochlorite generator. Although on-site chlorine generation systems are designed for

Industrial water systems are widely used in power generation, chemical processing, manufacturing, and cooling applications. These systems often face challenges such as microbial growth, biofouling,

Introduction On-site chlorine generation is widely used for water disinfection in municipal, industrial, marine, and power plant applications. Among the available technologies, seawater electrochlorination and

On-site chlorine generation systems are widely used in municipal and industrial water treatment due to their safety, reliability, and cost efficiency. However, like any electrochemical

As safety regulations and operational requirements continue to increase, many water treatment and industrial facilities are looking for alternatives to chlorine gas and conventional low-concentration

Power plants rely on cooling water systems to maintain safe and efficient operation. One of the major challenges in cooling water systems is biofouling, caused

Disinfection is a critical process in water treatment plants to ensure safe and reliable water quality. Traditionally, chlorine gas and commercial sodium hypochlorite have been