"Development of ozone microbubble-based (AOP)variable"
"Energy and resource recovery technology for carbon neutrality"
박사 졸업 (Ph.D., 2018.03 - 2023.08)
"Investigation and mitigation of scaling during clean in place (CIP) process in low pressure membranes treating surface water"
킹 파드 석유광물대학교, 막 및 물안보 융합연구센터
Interdisciplinary Research Center for Membranes and Water Security,
King Fahd University of Petroleum and Minerals (KFUPM)
석사 졸업 (M.S., 2021.08 - 2023.08)
"Recovery of Phosphate using Zn/La nanoflowers prepared by coprecipitation in water"
석사 졸업 (M.S., 2021.03 - 2023.02)
"Mechanism of simultaneous treatment of turbidity and TMAH using electrocoagulation-flotation"
박사 졸업 (Ph.D., - 2022.08)
"Performance evaluation of quorum sensing inhibitor incorporated membrane to mitigate biofouling in reverse osmosis process"
GS 건설
석사 졸업 (M.S., 2019.03 - 2022.02)
"Surface modification of thin film composite membrane with polydopamine and curcumi nto mitigate biofouling"
석사 졸업 (M.S., 2020.03 - 2022.02)
"Synthesis of iron oxide nanostructures and parameter optimization by electrochemical anodization"
"Development of self - assembled zirconium oxide nanotubes for phosphate recovery in water"
박사 졸업 (Ph.D., 2017.03 - 2022.02)
"Synthesis and application of titanium based MIL (Material Institute Lavoisier) - 125 for the photocatalytic treatment of industrial waste water"
연구교수 ( Research Professor, 2020.07 - 2022.02 )
가톨릭대학교 에너지환경공학과 조교수
Catholic University, Department of Energy and Environmental Engineering
박사 졸업 (Ph.D., 2016.03 - 2021.08)
"Investigation and modelling magnetite ballast characteristics on floc development for scaled-up ballasted flocculation"
파키스탄 라호르 대학교 토목환경공학과
University of Lahore Pakistan , Assistant Professor
석사 졸업 (M.S., 2019.09 - 2021.08)
"Silt Density Index (SDI) standardization on membrane materials in wastewater reuse using Reverse Osmosis (RO) process“
박사 졸업 (Ph.D., 2016.09 - 2021.02)
"Evaluation of phosphate recovery from wastewater using metal oxide-based absorbents"
박사 졸업 (Ph.D., 2016.03 - 2021.02)
"Assessing different factors to enhance photocatalytic efficiency of visible-light responsive iron doped TiO2 nanotubes"
