UV systems for disinfection, reduction of TOC, removal of residual chlorine and other non-disinfection applications can be installed in all aspects of the purified water system. From a professional point of view, we define the best installation location for each application.
Most purified water systems can be divided into two stages: a purified water production system and a purified water distribution system. In the purified water preparation stage, UV equipment is usually used to sterilize water, remove residual chlorine, or decompose total organic carbon (TOC). In the distribution stage of purified water, UV equipment can be used for disinfection and ozone decomposition. It should be noted that when the ultraviolet equipment is used for TOC degradation, a set of desalination equipment should be installed after the external equipment. The reason for the need for auxiliary equipment is that after photochemical decomposition of organic matter by ultraviolet rays, a part of charged molecules will be generated, so the ion exchange resin in the desalination equipment can remove the charged molecules.
UV system installation or retrofit to existing pipes and systems is very simple, as long as the site is prepared, the installation only takes a short time and will not affect production for a long time. Once installed, the treatment plant can operate 24 hours a day without the need to shut down the UV system for routine system maintenance and cleaning (CIP). The latest, proven UV lamps have a long lifespan (often over 12,000 hours). When it is time to replace the UV lamp, the steps are fairly simple and can usually be done by field personnel without special training. UV Sterilizer
Ultraviolet equipment is a very critical part of the purified water production process, which can realize the full-line control of microorganisms in purified water and ensure the quality of purified water. At the same time, it also greatly reduces the biological fouling of the reverse osmosis membrane, prolongs the time interval between two CIPs, and reduces the amount of chemicals used in the in-situ CIP process.
There are many advantages to using UV equipment, such as: it is easy to install, does not cause any interruptions to the production process or cause production downtime, and the maintenance of the equipment is simple, and the operation and maintenance can be completed by on-site personnel. Since there are no chemicals involved in the processing, it will not affect the stability of the product. In addition, the product does not contain any unwanted chemical residues, colors or odors.
