Chemical industry pure water or ultrapure water is mainly used for preparing water of battery industry; chemical analysis; washing of chemical material and product; separation, concentration and purification of substance; reclaim of waste water, etc. According to customers’ requirements, we can produce pure water or ultrapure water equipment by combing the technology of reverse osmosis, ion exchange, EDI in different ways, which can produce the product water to achieve both economical and practical goals.

Features
Traditional ultrapure water treatment technology produces ultrapure water by ion exchange which needs frequent resin regeneration, wasting both resource and manpower. With years of experience and by introducing the latest membrane separation technology, we produce ultrapure water by RO and ion exchange system (or EDI). Our way of processing has the advantages of lower operation cost and operational reasonableness over the traditional technology, and compared with the latest technology, its costs are lower and consumables are easy to gain.

Applications
• Solvent for producing chemical materials and washing process.
• Reagent of ultrapure water material and ultra-chemistry.
• Laboratory and semi-works.
• Chemical materials used in electronic semiconductor and PCB.
• Production and purification of quartz and silicon materials.
• High purity ink, ink jet of fax printer, Nano ink.

Recommended Process
1. Ion Exchange
Raw Water→Raw Water Pump→Multi-Media Filter→Activated Carbon Filter→Water Softener→Cartridge Filter→Cation Bed→Anion bed→Mixed Bed→Micro Filter→Product Outlet Water

2. Double Pass RO
Raw Water→Raw Water Pump→Multi-Media Filter→Activated Carbon Filter→Water Softener→Cartridge Filter→1st Pass RO→PH Adjusting→Buffer Tank→2nd Pass RO→Product Outlet Water

3. EDI
Raw Water→Raw Water Pump→Multi-Media Filter→Activated Carbon Filter→Water Softener→Cartridge Filter→RO→Buffer Tank→EDI Booster Pump→EDI Equipment→Product Outlet Water