With the increasing demand for electronic devices in daily life, there will be more and more models of pure water equipment used in electronic equipment processing plants. The water quality produced by water treatment equipment will change over time. Therefore, in order to produce better and more accurate equipment, the size of the equipment used to produce pure water is mainly customized according to the hourly water consumption of the enterprise. Below is an introduction to an electronic industrial pure water equipment with a capacity of one ton per hour.
The pure water equipment used in the electronic industry adopts continuous deionization technology, also known as packed bed electrodialysis technology. This is a new desalination technology that combines ion exchange and electrodialysis. It has automatic regeneration ability and does not produce secondary pollution during production, thus having the advantages of continuous production and environmental protection.
The principle of continuous deionization technology is to continuously exchange and regenerate the "ion channel" formed by the ion exchange agent filled in the unit, which also weakens the polarization phenomenon of the electrodialysis device. While increasing the limit current of the electrodialysis device, the limit current of the electrodialysis device is also increased. Therefore, the pure water quality produced later is stable and the operating cost is low.
Due to the varying water usage of each industry for pure water quality, the water quality of pure water will change with the variation of its electrical resistivity over time. The equipment used for industrial pure water production varies in size from 0.25T/H, 0.5T/H, 1T/H, 10T/H, 15T/H... 1000T/H, and the model and process selection can be found in the pure water equipment table.