​How does EDI electric desalination equipment achieve efficient freshwater production with green technology?

In coastal areas, island communities, and on ocean-going vessels where freshwater resources are increasingly scarce, obtaining a stable supply of clean freshwater has become a core need for survival and development.

How does ultrafiltration equipment achieve reliable and sustainable water purification using high-efficiency membrane separation technology?

In drinking water treatment, industrial reuse, food and beverage, and biopharmaceutical fields, the requirements for water purity and microbial safety are becoming increasingly stringent.

How should the pretreatment system of ro ​​reverse osmosis pure water equipment be designed to extend membrane life?

Silicate compounds easily polymerize under high temperature or high pH conditions to form silica scale, which covers the membrane surface and causes flux attenuation.

How does temperature fluctuation affect the ion migration rate of EDI electric desalination equipment?

The impact of temperature fluctuations on EDI electric desalination equipment is also reflected in changes in module resistance.

A Journey to Purity Under High Pressure—How Does RO Reverse Osmosis Pure Water Equipment Push the Limits of Water Quality?

RO reverse osmosis pure water equipment uses a high-pressure "reverse flow" to allow contaminated raw water to pass through a dense semipermeable membrane, transforming it from turbid to extremely pure.

How does a mixed bed mixed ion exchanger maintain stable effluent quality at high flow rates?

As a core component of ultrapure water preparation systems, the mixed bed mixed ion exchanger (MIE) is crucial for removing the last trace ions from water and improving water quality to resistivity.