Fourteen chemicals across three divisions — reverse osmosis, steam boilers and cooling towers. Each supplied with the dosing guidance to use it properly, not just a drum and a datasheet.
Pick your system — each division page carries the full range, dosing guidance and a symptom-to-chemical guide.
Antiscalant, acidic and alkaline CIP cleaners, biocide, SMBS dechlorination and pH booster — everything a reverse osmosis plant needs to hold its rated output.
Oxygen scavenger, boiler antiscalant, alkalinity builder and condensate corrosion inhibitor — protection against pitting, scale and carbonic acid.
Scale and corrosion inhibitor plus the biocide and algaecide programme that keeps heat-transfer surfaces clean in open recirculating systems.
Every ZeroScale chemical carries a code that tells you what it is at a glance. ZS is the ZeroScale chemical division. The middle letters give the product line — RO for reverse osmosis, BO for boiler, CT for cooling tower. The number is the product within that line, running from 101, 201 and 301 respectively.
So ZS-RO-101 is the first RO plant chemical, ZS-BO-204 is the fourth boiler chemical, and so on. Quote the code when ordering and there is no ambiguity about which product or pack you need.
Antiscalant runs continuously. SMBS is needed wherever feed water carries chlorine. Keep both CIP cleaners in stock for scheduled cleaning, and biocide for shutdowns.
Oxygen scavenger and sludge conditioner run continuously, with alkalinity builder holding boiler water chemistry. Add condensate inhibitor wherever condensate is returned.
Scale and corrosion inhibitor runs continuously. Oxidising biocide gives routine microbial control, alternated with non-oxidising shock doses, plus algaecide for open basins.
Send us your water analysis and system details. We will put together the dosing programme, quantities and monthly consumption for your plant.
Share your water report, system capacity and running hours — we will work out which chemicals you need, at what dose, and what it costs per month.
