Charge-PLUS Lenticular carbon filters represent a breakthrough in process purification technology. Combining the power of activated carbon with the positive zeta potential, to deliver through contaminant removal leaving process fluids remarkably clear. This make things ideal for Pharma pre-filtration, F & B Applications for removal of color odour and organic impurities.
The Charge-PLUS lenticular carbon filter takes a layered approach. Activated carbon, shaped into lenticular discs, is stacked to create a compact unit with a surprisingly large surface area. This maximizes contact time between process fluids and carbon, allowing it to effectively adsorb a wide range of impurities.
Materials of Construction
The filters are composed of an activated carbon impregnated media, cellulose fibers, polypropylene spacers, end caps and edge seals.
Extractables
Typical extractable levels have been determined by laboratory analysis utilizing a dynamic ow rinse procedure. Inorganic extractables are quantied by atomic emission analytical techniques.
When selecting a lenticular carbon filter, consider factors such as filtration efficiency, flow rate, and the specific contaminants it targets.
Industrial Use: Integrated into filtration systems for manufacturing processes, pharmaceutical production, and food and beverage processing.
De-colorization | Removal of organic impurities | |
---|---|---|
Bio-pharmaceutical industry | - Albumin - Vitamins - Antibiotics - Vaccines |
- Removal of PKA from human plasma fractions - Removal of endotoxins - Removal of organic impurities from contrast liquids |
Chemical industry | - API - Silicon oils - Solvents - Fine chemicals |
- Catalyst recovery - Heavy metal reduction - Removal of organic impurities - Decolorization |
Food & beverage industry | - Sugar syrup - Spirits - Cider |
- Removal of off-tastes from spirits - Removal of bitterness from soups - Decolorization |
Herb Extraction / Cannabis industry | - Plant / herbal extracts - Fragrances |
- Deodorization of ethanol - Removal of pesticides from extracts |