Ion Exchange applies membrane separation to process streams across the chemical industry, concentrating and separating dissolved and suspended material that conventional treatment cannot handle economically.
Applications include colloidal silica concentration and the production of inorganic and organic acids and alkalis from their corresponding salts.
How It Works
Membrane separation uses pressure to drive the feed stream across a semi-permeable membrane, physically separating dissolved and suspended material by size rather than by chemical affinity.
RO, UF and NF membranes are selected around the specific separation each process stream actually needs.
Key Offerings for the Chemical Industry
Colloidal Silica Concentration
Production of Inorganic/Organic Acid and Alkali from Corresponding Salt
Why Membrane Treatment for Chemical Processing
Right Membrane for the Feed
RO, UF and NF are selected around the specific separation the feed stream actually needs.
Lower Chemical Consumption
Membrane separation typically needs fewer treatment chemicals than conventional processes for the same duty.
Concentration Without Conventional Evaporation
Membrane concentration supports colloidal silica and acid/alkali production duties in this sector.
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