Product Description:

The mixed bed polisher is an essential equipment for industries that require ultrapure water. Its primary function is to remove the remaining ions in the water to ensure that the water quality meets the ultrapure water standard. This process is achieved through a combination of ion exchange technology, which uses anion and cation resins to simultaneously remove cations and anions in the water.

The equipment plays a crucial role in the water treatment system after EDI, where it is mainly used in the final stage to remove any remaining trace impurities or ions to ensure high purity of water. It is specifically designed for industries that demand strict water quality requirements such as semiconductor manufacturing, pharmaceuticals, and more.

The mixed bed polisher works on the ion exchange process. Raw water flows through the bed layer mixed with anion and cation resins. The process involves ion exchange where cations in the water, such as calcium, magnesium, sodium, etc., exchange with hydrogen ions on the resin while anions exchange with hydroxide on the resin. This results in a significant reduction in the concentration of dissolved ions in the water and high-purity water production.

Product Function:

The primary function of the mixed bed polisher is deionization, where it effectively removes almost all ions in the water, ensuring that the water quality meets the ultrapure water standard. The equipment is also equipped with real-time water quality monitoring equipment that detects the water quality to ensure the stability of water supply. Its operating parameters can be flexibly adjusted according to different water sources and needs.

Features:

Excellent Effluent Quality:

The effluent produced by the water treatment system can meet extremely high water quality standards, with a pH value close to neutral. This makes it a suitable choice for a wide range of industries with different needs.

High Efficiency:

The deionization process used in the water treatment system is highly efficient and can quickly process large volumes of water.

Small Impact of Changes in Operating Conditions:

The effluent water quality produced by the system is stable, meaning that short-term changes in operating conditions such as inlet water quality, operating flow rate, or intermittent operation do not have a significant impact. Additionally, the system requires only a short time to restore to the water quality before shutdown.

High Recovery Rate:

The water treatment system has a recovery rate of 100%, which is significantly higher than traditional water treatment methods.

Compact Design:

The system is designed with a skid structure that saves space, making it easy to install and maintain.

Easy Operation:

The intelligent control system used in the water treatment system makes operation simple and convenient. This feature makes the system suitable for enterprises of all sizes.

Applications:

Semiconductor manufacturing requires ultrapure water to be provided for chip production and cleaning processes. The purity of the water is extremely important for the production of high-quality chips. Even a tiny impurity can have a significant impact on the chip performance. Therefore, it is crucial to ensure that the water used is free from any impurities that may affect the performance of the chip.

In the electronics industry, using ultrapure water for cleaning and cooling processes can improve the quality of electronic products. This is because any impurities in the water used can affect the performance of the electronic component and reduce its lifespan. Using high-purity water in the manufacturing process can increase the lifespan of electronic products and improve their overall quality.

Laboratory research requires reliable high-purity water to support scientific research activities. The quality of the water used in experiments can have a significant impact on the accuracy and reproducibility of the results. Therefore, it is essential to use water that is free from any impurities that could affect the research outcomes. Providing high-purity water ensures that the scientific community has access to reliable resources to support research advancements.