EZ-Brine™
Active Chlorine in Depleted Brine The purpose of the EZ-Brine™ Active Chlorine is to optimize the brine recovery process. Background Purifying the brine for use in the membrane r......
Active Chlorine in Depleted Brine The purpose of the EZ-Brine™ Active Chlorine is to optimize the brine recovery process. Background Purifying the brine for use in the membrane r......
Metabisulphite in Depleted Brine The purpose of the EZ-Brine™ Metabisulphite is to optimize the brine recovery process. Background Purifying the brine for use in the membrane rea......
Sulphate in Depleted Brine The purpose of the EZ-Brine™ Sulphate is to optimize the brine recovery process, and guarantee brine purity for proper membrane operation. Background S......
Calcium and Magnesium in Ultrapurified Brine With the introduction of membrane cells in the chlor-alkali industry, brine purity became very critical for optimal operation of electr......
Aluminium in Ultrapurified Brine The EZ-Brine™ on-line analyzer system monitors aluminium levels in ultrapurified brine, and enables operators 100% control over brine purity. Bac......
Silica in Ultrapurified Brine In electrolysis processes, a synergy between silica and aluminium exists that can lead to the formation of complex crystalline aluminosilicates within......
Hydroxide and Carbonate in Unpurified Brine The EZ-Clarifier™ on-line analyzer system monitors levels of sodium hydroxide (NaOH) and sodium carbonate (Na2CO3) in the precipitatio......
Measurement of the turbidity after the brine filter is a relatively simple yet effective upstream control measure of 1st step of the brine purification process guaranteeing low cal......
Total Ammonia in Brine The TONI™ “Special” on-line analyzer system has been developed to control nitrogen trichloride (NCl3) formation during the chlorine electrolysi......