Updated August 2020 (originally published September 2014) With the ever-growing emphasis on physical fitness, spas and personal training, local recreational water facilities continue to be a wise choice, even for the rehab niche. How much thought do you actually believe your fitness or rehab swimmers give to the quality of water that they are about…
Each Aquafine UV model is engineered to focus the power of concentrated UV light, providing optimum disinfection, ozone destruction, TOC reduction and chlorine/chloramines destruction. Standard Lamp These lamps have been the mainstay of Aquafine UV systems for decades. Like all Aquafine UV lamps, they undergo a rigorous quality control inspection and testing program. Available in SE and DE. High Efficiency…
Ultraviolet Technology (UV) is used in both commercial and municipal applications ranging from high-purity water to recreational water, including aquaculture. UV is best known for environmentally-friendly usages in: Microbial Control / Disinfection Chlorine / Chloramine Destruction TOC Reduction Ozone Destruction Benefits of UV: Non-chemical form of water treatment Does not alter the color, odor, taste…
CSL™ PLUS SERIES The CSL™ series has been a popular choice for medium-flow models. Following a review with customers, the proven infrastructure of the CSL™ series has been refined, the result is our CSL™ plus series. The new CSL™ plus series provides more dependable performance, custom specifications, simplified maintenance and maximized UV lamp output at…
Waterborne microorganisms are responsible for adverse effects on the flavor, color, odor, and shelf life of soft drinks, bottled water, and food products. It is therefore the fundamental objective of food and beverage manufacturers to eliminate microorganisms from process water, product water, and sugar solutions to overcome this problem. A wide range of ultraviolet disinfection…
Failure of lamps can go undetected, creating unacceptable bacteria counts and cause real problems. Aquafine’s record is unmatched. The percentage of genuine Aquafine UV lamps which fail is less than .05% and Aquafine Colorguard® UV lamps are…
Pharmaceutical, healthcare products, and research labs require production facilities of the utmost quality. Water used for these industries must be free of pathogens, and chemicals such as chlorine and ozone. Ultraviolet (UV) systems help provide water to the highest possible standards. Ultraviolet Applications for the Life Sciences Industry TOC Reduction Microbial Disinfection Ozone Destruct Chlorine/Chloramine…
In specific water treatment applications, ozone is applied to the water stream to oxidize trace organics or to disinfect the storage and distribution system, but residual ozone is often left behind. Ozone destruct by Ultraviolet Light is simply the breaking down of the O3 molecule. It uses 254 nm wavelengths at approximately 90 mJ/cm2 power.…
Today’s Ultraviolet (UV) systems are far superior to yesterday’s legacy systems. All UV systems incorporate a UV lamp(s), quartz sleeve(s), reactor chamber, elastomers and a power supply. Yesterday’s legacy systems are not quite ready to be trashed either. There are many well maintained UV systems still operating as well as they did when they were…
Ultraviolet lamps are one of the most critical components affecting the performance of your Ultraviolet system. Aged lamps will affect your system performance. UV lamps degrade over time due to the UV irradiation emitted from them. The lamp may be on but it will have become solarized if used beyond the recommended replacement interval. Solarization…