Systems
Every system we build, grouped by what it physically does to the water — filter it, push it through a membrane, exchange its ions, or kill what lives in it.
Four families, eleven systems. The grouping is deliberate: systems inside a family share a working principle, so they share sizing logic, materials, failure modes and the questions an engineer will ask you before quoting.
Almost no plant buys one. A working train is normally two or three families in sequence — filtration to protect a membrane, a membrane to carry the bulk load, resin to polish, disinfection to hold the result. Start with the family that matches your problem; the category page tells you what has to sit either side of it.
A representative high-purity train, coloured by the family each stage belongs to. Not every plant needs every stage — but the order rarely changes.
Each family has its own category page — working principle, placement in the train, a selection matrix and the systems inside it. Jump straight to a system, or read the family first.
If you do not know the equipment name, start here. Each line is a complaint we hear, and the family that answers it.
A raw-water report, your flow rate and the quality you have to hit are enough for us to lay out the stages, size each one and tell you where the cost actually sits — before anyone talks about a quotation.