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AquaZeta offers specialized chemical solutions to maintain water quality, prevent microbial growth, and ensure the longevity of your systems. Our products target harmful microorganisms, residual chlorine, and biofouling in industrial and municipal water systems.
Effectively removes calcium, iron, silicate, manganese-containing deposits, and aluminum hydroxide deposits. Compatible with all types of membranes
Effective against organic deposits, compatible with UF and NF
membranes, balanced buffer composition
With the use of standard rinses, membranes are not fully cleaned, which leads to a reduction in the time between rinses.
Unwashed deposits undergo “aging” processes – rearrangement of molecular bonds, resulting in increased stability, and membrane fouling
becomes irreversible.
Our rinses are designed to achieve maximum cleaning and prevent irreversible membrane fouling.
Solid
Liquid
Sodium hypochlorite is often used for iron removal and as a hypochlorite at the pretreatment stage.
Active chlorine reduces the service life of membranes, so if
using hypochlorite, chlorine absorbers should be used. We
offer 2 products:
Solid AquaZeta 1100
Liquid AquaZeta 493
Based on an organobromine compound, this biocide is traditionally employed in reverse osmosis systems and is fully membrane- compatible. We recommend continuous reagent dosing for optimal
performance.
Organosulfur-based compound. Offers enhanced stability but
demonstrates slower reaction kinetics compared to 471.
Based on a bromine-nitrogen compound. A new product, with dosing
rates comparable to 471, while being significantly more cost-effective
Biocontrol chemicals play a crucial role in preventing biofouling, a significant issue that can severely impact system performance. By controlling microbial growth and biofilm formation, biocides help maintain the efficiency and productivity of the system at optimal levels.
AquaZeta 487 represents an innovative solution in this field, providing highly effective protection against biofouling while offering improved cost efficiency compared to traditional alternatives. This advanced formulation ensures long- lasting antimicrobial action and helps extend the operational life of the system components.
