Hydranautics HYDRACoRe® (Hydranautics Color Removal) membranes are sulfonated polyether sulfone-based spiral-wound, crossflow elements that can be used for potable water as well as industrial applications in which color reduction with minimal removal of dissolved salts is desired. The key advantage of the HYDRACoRe® technology is the membranes' superior chlorine- tolerance. For example, HYDRACoRe® membranes tolerate up to 100 ppm chlorine during short term cleansing.
Unit of Measure
Specifications
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Ordering
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Available Sizes and Configurations
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Advantages of Using HYDRACoRe® versus Activated Carbon (AC) Adsorption:
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Applications
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Key Benefits
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Additional Information
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Note
Specifications
Brands |
N/A Culligan® HYDRACoRe® Hydranautics Nitto |
Sodium Chloride (NaCl) Rejection |
N/A 50 to 60 % |
Molecular Weight |
N/A ~1000 Dalton |
Available Sizes and Configurations
Available Sizes and Configurations |
N/A
Fiberglass-Wrapped Elements
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Advantages of Using HYDRACoRe® versus Activated Carbon (AC) Adsorption:
Advantages of Using HYDRACoRe® versus Activated Carbon (AC) Adsorption: |
N/A
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Applications
Food and Beverage Applications |
N/A
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BioPharm Applications |
N/A Removal of color units in biopharmaceuticals manufacturing (the application is to replace powdered activated carbon (PAC) for de colorizing and removal of trace impurities). |
Drinking Water Applications |
N/A Color removal in municipal drinking water and ground water |
Chemical Manufacturing Applications |
N/A
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Industrial Applications |
N/A
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Key Benefits
Key Benefits |
N/A
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Additional Information
Additional Information |
N/A HYDRACoRe® crossflow element systems can provide a cost-effective and environmentally friendly alternative to activated carbon-based color adjustment systems in a variety of applications. The membranes reject high molecular-weight organic compounds such as colorants and pass sugars, minerals and flavor components into the finished product. They can also be used by colorant manufacturers to concenter color and polish color from wastewater streams. |
Note
Note |
N/A Rejection efficiencies are dependent upon feed pressures, the greater the feed pressures typically yielding higher rejections. In addition to the studies done above on coffee, grape juice, soy sauce, red wine and tea, additional studies have been completed on the rejection efficiencies of propylene glycol, glucose, sucrose and dyes specific end uses. |