Activated carbon plays an important role in water purification treatment, including the following aspects:
Firstly, activated carbon has excellent adsorption capacity. Due to its porous structure and large surface area, activated carbon can adsorb harmful substances such as organic matter, residual chlorine, odors, and heavy metal ions in water, purifying and improving water quality.
Secondly, activated carbon can remove odors and discoloration from water. The odor and color in water are usually caused by organic substances, chlorine gas, spoilage substances, etc. Activated carbon can effectively adsorb these substances, making the water clear and transparent, and the taste more refreshing.
In addition, activated carbon can remove residual chlorine from water. In the process of treating tap water, chlorine gas or chlorinating agents are often added for disinfection. The residual chlorine can affect the taste of the water and may produce carcinogens. Activated carbon can efficiently remove residual chlorine from water, ensuring the safety and taste of drinking water.
In addition, activated carbon can remove heavy metal ions from water. Heavy metal ions such as lead, mercury, cadmium, etc. in water pose serious risks to human health. Activated carbon can effectively remove heavy metal ions from water through chemical adsorption, ensuring the safety of drinking water.
Activated carbon can also play a role in preventing pipeline corrosion and extending the service life of equipment. Activated carbon can adsorb dissolved oxygen and organic matter in water, reduce corrosion of pipelines and equipment, extend the service life of equipment, and reduce maintenance costs.
In summary, activated carbon plays multiple roles in water purification, including adsorbing organic matter, removing odors and colors, eliminating residual chlorine, removing heavy metals, and preventing corrosion. It is an important water purification material that can effectively improve water quality and ensure the safety and health of drinking water.