Development of ultraviolet reactor (UV AOP) and optimal operation control system
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Development of ultraviolet reactor (UV AOP) and optimal operation control system
goal
- Localization of UV AOP system through CFD modeling program development and performance verification
Research Content
- Development of optimal design/performance prediction technique for UV reactor through CFD modeling (Patent: WO2016159420/KR101584978)
- Securing technological prowess and price competitiveness equal to or higher than that of foreign products
- Establishment of automatic control system according to fluctuations in flow rate and water quality
CFD Modiling
UV AOP reactor design
-UV AOP reactor flow analysis
-Dose Calculation
-Reactor design and performance prediction through CFD and calculation program
TEST
Derivation of CFD Modeling Parameter
CFD Modeling result verification
UV AOP reactor performance evaluation
-Performance evaluation of UV AOP System using odor and taste substances (2-MIB)
-Implementing accurate performance verification through CBD test and demonstration scale test
-Goal: Remove 2-MIB 70% and maintain hydrogen peroxide injection amount less than 10mg/L
Operating program
UV AOP reactor optimal
Control program development
-Real-time response to flow rate and water quality conditions
-Real-time online monitoring system construction
-HMI configuration based on user convenience
