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FalkEnviro Osmosis

RKA-600 Pure Water Reverse Osmosis System RO 250/75 CP213e

Newly developed glass types and advanced rinsing processes require a high level of process engineering competence in water treatment. Precisely matched process combinations—such as particle filtration, softening, reverse osmosis, ion exchange, ultrafiltration, or electrodeionization (EDI)—ensure consistently high water quality, time and time again.

Reverse Osmosis – Reverse Osmosis System (RO)
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Nature-inspired water treatment: reverse osmosis
The experts at EnviroFALK develop reverse osmosis systems, often referred to as RO systems, which are optimally adapted to diverse application areas. The demineralized water produced is required both for industrial processes and for applications in hospitals, laboratories, and medical technology.

How reverse osmosis works – RO
Reverse osmosis (RO) operates on the principle of osmosis, a phenomenon observed in nature—for example, when cherries burst after a summer rain. The cherry contains a concentrated solution, the juice, while the raindrop represents a diluted solution. The skin of the cherry functions as a semi-permeable membrane, balancing concentrations by allowing the solvent to migrate into the cherry. This drive to achieve equilibrium raises the pressure inside the cherry as its volume cannot expand, resulting in osmotic pressure which may cause the cherry to burst. In reverse osmosis, this natural process is inverted: pressure is exerted on the concentrated solution, overcoming its osmotic pressure. The solvent (water) passes through the membrane, while all dissolved substances remain on the concentrate side.

Reverse Osmosis Water Filter (RO)
Reverse osmosis (RO) is a membrane-based process that retains both ions and suspended solids from water, inverting the natural process of osmosis. In RO systems, the saline feed water (for example, softened municipal water) is pressurized through semi-permeable spiral-wound membrane elements. Only the solvent—pure water—passes through the membrane, yielding what is known as permeate with very low salt content. All other water constituents are concentrated and flushed to the drain as a second partial stream, the concentrate.

Reverse Osmosis System (RO)
On an industrial scale, a reverse osmosis system is operated not as dead-end, but as cross-flow filtration. The feed water is split into purified water (permeate—typically 75–80% yield, with roughly 2% residual salt) and a concentrate stream, which continuously removes all other water constituents from the system. Reverse osmosis is often implemented in ultrapure water systems for green hydrogen production. Naturally, EnviroFALK water treatment systems are precisely tailored to your glass washing machines, the specific type of glass being processed, and your production throughput.
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