THE IMPORTANCE OF WATER
All pipes of pure water purifying equipment are using stainless steel grade 316 with anaerobic welding to achieve a smooth inner pipe wall so that the bacteria can not adhere. With special automatic welding equipment to complete the required welding pipe fittings to stabilize the welding quality of pipes so can inhibit bacteria breeding, if the bacterium quantity exceeds, the full set of equipment for heat system can carry out the heat disinfection to avoid the influence of disinfection such as residual doubts.
During the process of making water, there are very few bacteria left. If the system stops the circulation to form static water, a few remaining bacteria will have the chance to find a place to breed. Therefore, when the storage tank fill-up the water each station will still produce water continuously and return to the starting point. As for the circulation from the pure water storage tank to the use-end, there are TOC and UV germicidal lamp is set on the side of the inlet and outlet separately which is more effective in inhibiting bacterial breeding and making the water more and more clean providing the purest water for the production process.
Pure Water Equipment
European Pharmacopoeia 8.0 Standard Water Purifying System
Step1 Pre-processing
Multi-layer filter process to remove larger particles and reduce the turbidity of raw water. Then the soft water filter removes calcium ions, magnesium ions and reduces the hardness of the source water. The last step, use activated carbon to remove partial organics and heavy metals.
Step2 RO system
Prefilter can purify particulate matter, colloids, microorganisms, and endotoxin in water. It uses a tiny aperture (0.0001 micron) that can effectively block particles and ions that larger than the aperture.
Step3 EDI system
The current deionization system integrates electrodialysis and ion exchange technology to achieve the purification and desalination through the selective permeability of positive and negative ions then the directed migration of water ions can be desalting.
Step4 UV germicidal lamp
By using a two-stage (wavelength 254-257nm, 185nm) bactericidal lamp to eliminate microorganisms (bacteria, viruses, yeast, fungi, algae), reduce bacteria, control the growth of microorganisms in the pure water system and degrade organic matter by photooxidation to reduce the concentration of TOC.
Water Filtration Process
Multifilter Layer
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Soft-water Filtration
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Active Carbon Filter
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Pre-processing Filter
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RO Filtration
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Heat Exchange Board
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Electrodialysis
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Dual-tube Heat Exchange System
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TOC Removing UV Light
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Antibacterial UV Light
Antiseptic Pipeline Configuration
Circulated Pipeline
Anaerobic Welding
Endoscope Examination
Microorganism Control
OD Film Blockage
Special Treating Process of Wetted Surface
Tanks Designed with Spray Balls
Tanks Designed with Electronic Heating Breather
Flow Speed Management