4 bed deionization products are engineered for large-sized deionization applications, these dependable units feature precision electronics and performance components. Ion Exchange can be defined as a reversible exchange of ions between a solid (resin) and a liquid containing dissolved ions. These materials are known as anion and cation exchange resins. electro deionization systems are designed to remove both cationic and anionic impurities releasing H+ ions and OH- ions in exchange of cationic and anionic impurities respectively, these ions (H+ and OH-) subsequently combine to form pure water.

• Two-stage air mix standard
• Compact, non-corrosive components
• Steel tanks with rubber lining
• Convenient, modular construction
• Optional recirculation pumps
• Brine kill option available for high purity systems
• Programmable purge prior to regeneration
• Easy, economical installation
• Solid-state reliability PLC control for trouble-free service

4 bed deionization products are engineered for large-sized deionization applications, these dependable units feature precision electronics and performance components. Ion Exchange can be defined as a reversible exchange of ions between a solid (resin) and a liquid containing dissolved ions. These materials are known as anion and cation exchange resins. electro deionization systems are designed to remove both cationic and anionic impurities releasing H+ ions and OH- ions in exchange of cationic and anionic impurities respectively, these ions (H+ and OH-) subsequently combine to form pure water.

• Two-stage air mix standard
• Compact, non-corrosive components
• Steel tanks with rubber lining
• Convenient, modular construction
• Optional recirculation pumps
• Brine kill option available for high purity systems
• Programmable purge prior to regeneration
• Easy, economical installation
• Solid-state reliability PLC control for trouble-free service