Capital Controls® Gas Feed Systems
Lowest cost option for chlorine. The Capital Controls® chlorination has your full line of gas feed systems for chlorine, sulfur dioxide, ammonia and carbon dioxide with capacities to 10,000 lb/day (200 kg/h).
Lowest cost option for chlorine. The Capital Controls® chlorination has your full line of gas feed systems for chlorine, sulfur dioxide, ammonia and carbon dioxide with capacities to 10,000 lb/day (200 kg/h).
Chlorine dioxide generators for disinfection and oxidation with lower disinfection byproduct formation.
Ozone generators produce a powerful oxidant to enhance your treatment process and address contaminants chlorine along cannot.
UV for residual free control or for Advanced Oxidation Processes.
Generate up to 12.5% hypochlorite concentration with the CECHLO on-site generator. Ideal for large systems, it reduces storage requirements by generating on-site where you need it, when you need it.
Generate 0.8% hypochlorite on-site using only salt, water and electricity. Most cost-effective source of liquid hypchlorite, generated fresh with lower byproducts than delivered bulk chemical.
Analyzers and controllers for multi-channel or dedication monitoring, control, or both! Simple set-up and control makes MicroChem the system of choice for your plant.
0.45% hypochlorite based Mixed Oxidants generated on-site from delivered salt for enhanced performance.
Certified to meet IMO MEPC.227(64) requirements, the OMNIPURE 64 is a compact waste treatment system capable of meeting the most up-to-date standards.
Certified to meet USCG standards, in a compact, simple to operate unit. Meets International Maritime Organization (IMO) Resolution MEPC.2 33 CFR 59.
SEACLOR systems convert the salt already in seawater into hypochlorite. Ideal for coastal power plants and other locations using once-through seawater cooling. Ideal for medium sized to the largest of cooling loops.
SANILEC TRP systems convert the salt already in seawater into hypochlorite. Ideal for offshore cooling, smaller coastal power plants, and other locations using once-through seawater cooling. Self-cleaning design reduces the need for acid washing.