Which component is a part of a hypochlorination system?

A hypochlorination system is designed for introducing chlorine into the water supply for disinfection purposes. Each component of this system plays a crucial role in ensuring that the chlorine is properly administered and mixed into the water.

The injector or ejector is vital for drawing hypochlorite solution into the water flow. It utilizes the Venturi principle to create a vacuum that pulls the solution into the system, ensuring efficient mixing and distribution of the chlorine.

The gas cylinder is used in systems that utilize chlorine gas as a disinfectant. This cylinder safely stores the chlorine gas before it is vaporized and mixed with water, which is essential for those specific disinfection methods.

The solution feed pump is responsible for delivering the hypochlorite solution at a precise flow rate. This pumping action ensures that the correct dosage of chlorine is injected into the water supply, which is critical for maintaining effective disinfection concentrations.

Together, all these components—the injector/ejector, gas cylinder, and solution feed pump—are integral to a functioning hypochlorination system, highlighting the importance of each element in achieving effective water disinfection and treatment.