In a hypochlorination system, which component is critical for injecting chlorine into the water?

In a hypochlorination system, the injector or ejector is critical for injecting chlorine into the water. This component serves to mix the chlorine gas or solution with the water effectively, ensuring that the chlorine is adequately dissolved and uniformly distributed throughout the water supply. The injector or ejector utilizes a venturi effect to create a vacuum, allowing chlorine to be drawn into the water stream as it flows through the system.

The importance of this component cannot be overstated as proper injection of chlorine is vital for achieving the desired disinfection levels in the water while avoiding excessive chlorine levels that could pose health risks or lead to the formation of harmful by-products. An efficient injector/ejector ensures that the system operates optimally, providing the necessary dosage for effective treatment.

While other components, such as a solution feed pump, gas cylinder, and rotameter, play important roles in the operation of a hypochlorination system, they do not serve the same critical function as the injector/ejector in the direct process of injecting chlorine into the water. The solution feed pump helps supply the chlorine solution, the gas cylinder contains the chlorine gas, and the rotameter measures the flow rate, but it is the injector or ejector that performs the essential action