This content is viewable by members only. Visit MY ACCOUNT on the top menu to log in or to register for a 30 day free trial or purchase a subscription for UV Reporter 1 Year Single Membership or UV Reporter 1 Year Group Membership - $189 for first member and $25 for each additional member.
Bactericidal Efficiency and Photochemical Mechanisms of Micro/Nano Bubble–enhanced Visible Light Photocatalytic Water Disinfection
See shorturl.at/oLPST — Microbial contamination of water in the form of highly-resistant bacterial spores can cause a long-term risk of waterborne disease. Advanced photocatalysis has become an effective approach to inactivate bacterial spores due to its potential for efficient solar energy conversion alongside reduced formation of disinfection by-products. However, the overall efficiency of the process still requires significant improvements. Here, we proposed and evaluated a novel visible light photocatalytic water disinfection technology by its close coupling with micro/nano bubbles (MNBs). The inactivation rate constant of Bacillus subtilis spores reached 1.28 h−1, which was 5.6 times higher than that observed…
Published in Informational
More from InformationalMore posts in Informational »
- Congressman Sanford D. Bishop Jr. Presents Federally Funded Check to Leesburg, GA to Include UV Wastewater Treatment
- Westmoreland, PA Approves $31 M in Water Treatment Plant Upgrades Including Ultraviolet Disinfection System
- Bioaerosol Chamber Disinfected with Ultraviolet Light Between Studies
- Morro’s Bay, CA Has $160M Water Treatment Online Ahead of Schedule and Includes UV Advanced Oxidation
- PURO UV, Ushio and Johnson Controls Join Forces to Further the Scientific Research of Far UV-C and Validate its Benefits to IAQ