Continuous Ion Exchanger Resin Septor

Product Description

Principle
The continuous IX Technology is a complete new innovation of separation technology, different from the traditional fixed bed, pulsed-bed and simulated moving bed techniques.
A continuous IX system consists of resin column sets and rotary valves for distribution.
According to the technology design, the resin columns can be distributed into several functional areas. Once the raw material enters the system, the switching of rotary valves ensures the sequential processes of adsorption, washing, resolving and regeneration by each resin column with different functions.
Suntar continuous IX system adopts advanced design concepts and exquisite production technology, which can be applied in various areas with easy operation. The system can be flexibly adjusted according to different separation requirements. So far Suntar has successfully developed several sets of continuous IX systems for different areas in an international customer base.
Advantage

Stable product components and concentration Saving resin, lower rinse water consumption Lower chemical consumption Compact structure, easy to be installed and integrated Full-automatic and preprogrammed control system
Application
1. Deashing/desalination of dextrose, organic acids, etc.
2. Extraction &Purification of amino acids, etc.
3. Purification of Stevia etc.
4. Conversion of sodium vitamin C and sodium gluconate
Company Profile
Established in 1996, Suntar International Group is Singapore base company, portfolio spans across membrane technology, health & nutrition, biotech and specialty chemicals.
Suntar Membrane ('Suntar') is the Group's membrane technology arm listed on the Shanghai Stock Exchange. Suntar is regarded as an industry-leading separation and filtration specialist that provide innovative solutions for clients. We solve manufacturing and environmental challenges for our clients across sectors such as pharmaceuticals, biotech, food tech, petrochemicals, etc., helping them improve quality, maximize yield and minimize waste.