Recycling of the rinsing water in galvanic industry is done by the means of full desalination equipment. Full desalination equipment reduces salt content of water by the application of conventional ion exchanger technique.
Advantages
less sensitive to feed water quality compared to RO technique
no pressure boosting required
low footprint
Fields of application
chemical industry
food industry
automotive industry
pharmaceutical industry
boilers
galvanic technologies
Operation principle
Full desalination equipment consists of units with cation and anion types of resins. Exhausted resins are regenerated: cation resin is with hydrochloric acid, anion resin is with sodium hydroxide or with sodium carbonate.
Equipment is fully automated, manual interaction is necessary during the refill of the chemical containers. Process is controlled by the built-in conductivity measurement. In two column design when conductivity maximum is reached, exhausted column is switched to regeneration mode, other column is switched to water production mode. Such design ensures continuous operation.
Recycling of the rinsing water in galvanic industry is done by the means of full desalination equipment. Full desalination equipment reduces salt content of water by the application of conventional ion exchanger technique.
Advantages
Fields of application
Operation principle
Full desalination equipment consists of units with cation and anion types of resins. Exhausted resins are regenerated: cation resin is with hydrochloric acid, anion resin is with sodium hydroxide or with sodium carbonate.
Equipment is fully automated, manual interaction is necessary during the refill of the chemical containers. Process is controlled by the built-in conductivity measurement. In two column design when conductivity maximum is reached, exhausted column is switched to regeneration mode, other column is switched to water production mode. Such design ensures continuous operation.