LonGeVa™ Media is a proprietary, factory-engineered technology that combines four advanced water-treatment functions in one perfectly balanced, ready-to-use media.
Developed by Watch Water® in Germany, LonGeVa™ Media combines mineral intelligence, salt-free scale prevention, catalytic adsorption and advanced redox technology. As water passes through the media, simultaneous reactions help release magnesium, form natural bicarbonate alkalinity, stabilize pH, reduce chlorine and selected micropollutants, and transform scale-forming calcium into stable microcrystals. It requires no chemical dosing, salt regeneration, media layering or complex multi-stage configuration.
No mixing. No layering. No dosing. No compromise.
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Factory-premixed LonGeVa™ Media can be integrated into standard cartridge housings, FRP vessels and stainless-steel pressure vessels. It supports upflow and downflow operation for residential, commercial and industrial systems.
Suitable for point-of-use filters, point-of-entry systems, whole-house filtration and drinking-water applications.
Supports consistent water quality for hotels, resorts, restaurants, coffee chains and guest facilities.
Suitable for offices, water dispensers, food-service facilities and commercial drinking-water systems.
Helps protect boilers, cooling systems and heat-transfer surfaces from damaging scale deposits.
Can be integrated into process-water and manufacturing systems requiring purification, mineral balance and scale protection.
Supports applications where mineral balance, natural taste, pH stability and consistent water quality are important.
The mineral component releases magnesium ions and supports bicarbonate formation, helping produce mineralized, naturally buffered and less aggressive water.
Nucleation Assisted Crystallization transforms scale-forming calcium into stable microcrystals that are less likely to attach to pipes, boilers, heaters and heat exchangers.
High-surface-area catalytic adsorption helps reduce chlorine, chloramines, organic compounds, color, odor, PFAS and selected micropollutants while maintaining the water’s mineral balance.
Redox and catalytic surface reactions support electron transfer and oxidation processes that help reduce pesticides, pharmaceuticals, organic residues and other selected contaminants.
At the heart of LonGeVa™ Media is a simultaneous, multi-reaction system. Mineral activation, catalytic adsorption, redox processes and NAC scale transformation occur as water moves through a single media bed.
Find answers about LonGeVa™ Media, its four intelligence systems, installation requirements and treatment capabilities.
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