Principles and Applications of the Dry Feeding System for Activated Carbon in Water Treatment

The dry feeding system for activated carbon in water treatment is an efficient and convenient purification equipment in modern water treatment processes, primarily used to remove pollutants such as organic matter, pigments, odors, and certain heavy metal ions from water. With its unique operational mode and excellent purification efficiency, this system plays a significant role in water treatment plants, sewage treatment plants, and various industrial wastewater treatment processes.

I. System Working Principles

The dry feeding system for activated carbon in water treatment primarily includes core components such as the activated carbon storage unit, quantitative dosing device, mixing reactor, and delivery pipelines. The workflow is as follows:

The activated carbon storage unit stores carefully screened and activated carbon particles, maintaining their excellent adsorption performance.

The quantitative dosing device precisely controls the amount of activated carbon added based on actual water quality conditions and treatment requirements, using pneumatic or electric mechanisms to deliver the activated carbon evenly and continuously into the water.

Once added, the activated carbon fully interacts with the water to be treated in the mixing reactor. Leveraging its large specific surface area and porous structure, it performs physical and chemical adsorption of harmful substances in the water, achieving deep purification.

After adsorption treatment, the water flows through the delivery pipelines to subsequent processes such as clarification and filtration, ensuring the effluent meets predetermined quality standards.

II. System Features and Advantages

The dry feeding method effectively prevents activated carbon from moisture absorption, preserving its adsorption activity and reducing microbial growth issues associated with wet carbon.

The system is highly automated, easy to operate, and allows real-time monitoring and adjustment of the activated carbon dosage to adapt to changes in water quality, ensuring consistent treatment results.

The use of a dry feeding system reduces losses of activated carbon during transportation and storage, improving its utilization efficiency.

Regeneration of activated carbon is relatively straightforward, and a portion of the carbon can be recycled and reused after appropriate treatment, thereby reducing costs.

In summary, the dry feeding system for activated carbon in water treatment, with its efficiency, stability, energy savings, and environmental benefits, plays a significant role in safeguarding water resources and enhancing water quality. It has become an essential component of modern water treatment technologies. With advancements in technology and increasing environmental awareness, the research, development, and application of this system will gain broader attention and promotion.

The new dry feeding system for activated carbon developed by Jinzong Enterprise features a compact footprint, low equipment investment, cost-effectiveness, rapid results, high automation, fully enclosed eco-friendly operation, safety, reliability, and stable performance. It plays a significant role in emergency treatment of source water pollution while also improving water quality in daily production applications. This system contributes substantially to pollution prevention and the enhancement of drinking water quality. It is suitable both for upgrading and optimizing existing water plants and for helping new water plants reduce costs and improve efficiency, fully empowering and activating new quality productive forces in water treatment facilities to drive high-quality development. Friends from home and abroad are welcome to visit and exchange insights. Contact: 18688898198.