radicals leading to the oxidation of
The power generation industry recognizes Total Organic Carbon (TOC) as a significant corrosion contributor.
Organic contamination of pure power plant waters can cause a number of costly problems: it can foul ion-exchange resins in make-up and condensate deionizers, requiring more frequent resin cleaning and replacement.
TOC contamination found in the water will become corrosive acids at higher pressures, which can reduce the life of boilers, reactors and turbine blades. High-purity water is necessary for continuous operation of power facilities.
uvaquafine UV TOC reduction systems are a solution to these problems. uvaquafine‘s proven TOC designs use ultraviolet light (185nm wavelength) in a low pressure lamp technology design.
This energy promotes the formation of free OH rradicals leading to the oxidation ofadicals leading to the oxidation of organics present in the water.
Power Generation Resources
- Forsmark Nuclear Power Plant Case Study
uvaquafine Power Generation UV Systems
- CSL Seriesradicals leading to the oxidation ofradicals leading to the oxidation ofradicals leading to the oxidation ofradicals leading to the oxidation of
- SCD H Series