| 1. | Electrodialysis is usually applied to deionization of aqueous solutions.
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| 2. | This fouling decreases the efficiency of the electrodialysis system.
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| 3. | The system was installed to minimize the brine from an electrodialysis reversal ( EDR ) system.
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| 4. | In 1977 Prof . Loeb invented a method of producing power by a reverse electrodialysis heat engine.
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| 5. | Other technologies for the deionization of water are, amongst others, distillation, reverse osmosis and electrodialysis.
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| 6. | Another important application for electrodialysis is the production of pure water and ultrapure water by electrodeionization ( EDI ).
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| 7. | In EDI, the purifying compartments and sometimes the concentrating compartments of the electrodialysis stack are filled with ion exchange resin.
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| 8. | In reverse electrodialysis a salt solution and fresh water are let through a stack of alternating cation and anion exchange membranes.
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| 9. | A typical industrial electrodialysis stack consists of two chambers : a product-water chamber and a concentrate-reject chamber.
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| 10. | It was at BGU that Loeb invented pressure retarded osmosis and a method of producing power by a reverse electrodialysis heat engine.
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