DuPont is the industry leader in chlorine dioxide generator fabrication where the amount of chlorine dioxide is greater than 20 lbs/day and high purity is critical. The OXYCHLOR® platform is a modular series of chlorine dioxide generation equipment that offers a range of options for precursor chemical storage, ClO2 generation, distribution, dosing control, and monitoring that will safely and economically meet customers site specific ClO2 needs. The OXYCHLOR® design also allows for a flexible approach to engineering a custom generator system by utilizing proven standard components.
Is a conventional two chemical reactor ClO2 generator that uses sodium chlorite and chlorine gas as the reactants. This versatile generator is one of the most commonly used designs. On-board PLC ensures safe and reliable operation with yields in excess of 95%. The system requires manual adjustments to rotameters to modify dosages.
Is a conventional three chemical reactor ClO2 generator that uses sodium chlorite, sodium hypochlorite and hydrochloric acid as the chemical reactants to ClO2. Like OXYCHLOR® MG II, this system also uses the on-board PLC to ensure safe and reliable operation with yields in excess of 90% and requires manual adjustment to rotameters to modify dosages.
Is a nicely priced flow proportional generator that can automatically adjust dosage to a 4-20mA signal. The generator uses the reliable design package from the OXYCHLOR® MG II and MG III and combines the simplicity of that design with the convenience of proportional dosage without manual intervention.
Is designed to deliver a known PPM solution of highly purity ClO2 solution into a small batch tank. This technology uses the reliable design package from the OXYCHLOR® MG II and MG III and allows multi-point independent dosing from a single generator.
Is a top of the line direct inject flow pace chlorine dioxide generator that delivers reliable performance and high yield ClO2. This system uses the latest technology to directly proportion ClO2 to the application point based on a 4-20mA signal.