chlorine dosing system such as these operate most effectively where there is a constant demand for chlorine dioxide and they require little change in their operation. They do not easily respond to situations where demand is very variable as occurs in most industrial applications such as building services.
In many industrial applications a system is required that can respond immediately to changes in the flow of water to be treated, including plant start up and shut down.
In order for chlorine dosing system dioxide generators to meet the demands for a safe, reliable, easy-to-use dosing system it must:
• Produce chlorine dioxide instantaneously by mixing two solutions
• Activating solution should be non-hazardous dilute acid
• Dosing system controlled by flow of water to be treated (w/m signal)
• No strong starting materials or concentrated chlorine dioxide solutions
The availability of small self contained chlorine dosing system such as this utilising "dilute" chemicals that require little attention have allowed ClO2 to successfully compete with other oxidising biocides.
New systems for production have been introduced:
• Ion exchange - passing a solution of sodium chlorine dosing system through an acid ion exchange resin can produce the conditions for the production of a solution of chlorine dioxide. Such systems are relatively new but have the potential to be simple to operate. Fouling of the ion exchange resin appears to be the main problem.
To learn about the system that my family and I use in our home, I invite you to visiting my informative website listed below. If you are interested in chlorine dosing system, please check our website at https://www.qileegroup.com for details. Or contact us Tel: +86 021 5169 7580 Phone: +86 &+86 &+86 Email: qilee@qileegroup.com Contact person: Xia Miao Add: Room 412, Xianglu Building, No. 3009, Gudai Road, Minhang District, Shanghai, China