Selling ion exchange equipment manufacturers

NegotiableUpdate on 01/17

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Ion exchange equipment deionized water process: It is a traditional and mature desalination technology, which relies on the exchange of certain ions in the ion exchange agent (resin) and ions with the same electrical properties in the pre treated water under certain conditions to achieve functions such as softening, alkali removal, and salt removal. Used for deep desalination treatment, the dynamic resistivity of the produced water can reach 18M Ω· cm.

Product Details

Deionized water process for ion exchange equipmentCharacteristics:

·The stability of the effluent quality;

·Can continuously produce ultra pure water that meets user requirements;

·Modular production and the ability to achieve fully automatic control;

·No need for acid-base regeneration, no wastewater discharge;

·Will not shut down due to regeneration;

·No need for regeneration equipment and chemical storage and transportation;

·Compact equipment structure and small footprint;

·Low operating and maintenance costs;

·Simple operation and low labor intensity.

Application areas:

1. The synthetic chemistry and petrochemical industries commonly use acids and bases as catalysts for esterification, hydrolysis, ester exchange, hydration, and other reactions in organic synthesis.

2. Food industry ion exchange resin can be used in industrial equipment such as sugar refining, monosodium glutamate, alcohol refining, and biological products.

3. Ionic exchange resins in the pharmaceutical industry play an important role in the development of new generation antibiotics and the quality improvement of existing antibiotics.

4. The industrial ultrapure water treatment process is currently one of the most widely used processes for the preparation of ultrapure water for industrial use.

5. Metal ions in electroplating wastewater, recovery of useful substances from film production wastewater, etc.

6. Wet metallurgy and other ion exchange resins can separate, concentrate, purify uranium and extract rare earth elements and precious metals from depleted uranium ore.