| - | Bacteria-facilitated transport of toluene through quartz sand | Chung Seung Gun; Lee, Sanghyup; Mee Rye Park; Choi Jae Woo; Dong Ju Kim |
| - | Chromium removal from wastewater by amine functionalized mesoporous iron oxyhydroxide | Chung Seung Gun; Choi Jae Woo; HONG, SEOK WON; Lee, Sanghyup |
| - | Comparative study of phosphate removal from aqueous solution by various surface modified adsorbents | Lee Seung Yeon; Choi Jae Woo; HONG, SEOK WON; Kim Ji Eun; Lee, Sanghyup |
| - | Comparison of Filterability, Water Contents & Optimum
Reaction Time for Phosphorus Crystal by using Calcium Silicate Hydrate | Heegon Kim; Lee, Chang-Gu; Sang-jeong,Lee; Lee, Sanghyup; Choi Jae Woo |
| - | Degradation of dissolved organic matters by using ionic-liquid derived nitrogen doped carbon | KIMYOUNGJAE; Hee-gon Kim; Ko Young Jin; Ki Bong Lee; HONG, SEOK WON; Choi Jae Woo |
| 2019-10 | Degradation of organic matters during the aquifer storage and recovery | Jeong Seong Pil; Kim, Eun-Ju; Choi Jae Woo; Cho Kyungjin; HONG, SEOK WON; Lee, Seunghak |
| - | Development of a new concept adsorbent for heavy metal removal in wastewater | Lee, Sanghyup; Chung Seung Gun; Choi Jae Woo |
| - | Effect of ionic strength on transport of Pseudomonas putida through quartz sand | SoonJae Lee; Choi Jae Woo; Lee, Sanghyup; Dong Ju Kim |
| - | Effect of pH and coexisting anions on the removal of phosphate from wastewater by titanium mesostructure | Choi Jae Woo; Lee Seung Yeon; Ki Bong Lee; Soon Jae Lee; Lee, Sanghyup |
| - | Effective regeneration of adsorbent developed for removal of organic contaminant by using UV radiation | Lee Soonjae; Lee Chang Gu; Lee, Sanghyup; Cho seulki; Choi Jae Woo |
| - | Effective Removal Mechanism of Hexavalent Chromium by Polypyrrole | Ko Young Jin; Heegon Kim; Choi Jae Woo; 최근수; 이순재 |
| - | Effective Removal Mechanism of Hexavalent Chromium by Pyrrolic Nitrogen | Ko Young Jin; Keunsu Choi; Soonjae Lee; Gim Jun-Yong; Heegon Kim; Hiroshi Mizuseki; Choi Jae Woo; Lee, Wook Seong |
| - | Enhanced removal of phosphate on modified ion exchanger with competing ion and proposal of efficient recovery technology | Lee, Sanghyup; Choi Jae Woo; Ki-Young Park; Byungryul An |
| - | Evaluation of phosphorous removal through ion exchange of titanium mesostructure | Lee Seung Yeon; Choi Jae Woo; Ki-bong Lee; Lee, Sanghyup |
| - | Heavy metal adsorption test of carbon foam containing the Fe2O3 | JEON JUN WOO; Lee, Sanghyup; Choi Jae Woo; Lee Chang Gu; Cho seulki; Park sang hyun |
| - | Implication of powers and frequencies of sonication systems to control different stages of cyanobacteria | Seungyun Baik; Chang-Beom Park; Choi Jae Woo; Lee, Sanghyup; Kim Sanghun |
| 2020-11 | Investigating removal efficiency of assimilable organic carbon by Pseudomonas jinjuensis and microbial distribution in the sand column | KIM YOUNGJAE; Hee-gon Kim; Yang, Boram; Cho Kyungjin; Lee, Seunghak; Min-Kyu Oh; Choi Jae Woo |
| - | Investigation of application for star block copolymer as a material for photocatalytic degradation of chlorophenols | Chung Seung Gun; Choi, Yong Su; Choi Jae Woo; Lee, Sanghyup |
| - | Membrane separation system for SF6 recovery from waste SF6 gases | Lee Hyun Jung; Lee min woo; Choi Jae Woo; lee hyunkyung; Lee, Sanghyup |
| - | Organic-inorganic hybrid composite particles as a nano-adsorbent for effective treatment of phenol in water environment | Cho seulki; Lee Soonjae; Yang Se-jin; Juyoung Kim; Lee, Sanghyup; Choi Jae Woo |
| - | Phosphate removal from aqueous solution using Mg-Fe mixed metal oxide | Kim Jae-Hyun; Park Jeong-Ann; Yoon Seo-Young; Choi Jae Woo; Lee, Sanghyup; Kim Song-Bae |
| - | Phosphate Removal In Wastewater by Functionalized Mesoporous SBA-15 | Lee Seung Yeon; Choi Jae Woo; Chung Seung Gun; KibongLee; Lee, Sanghyup |
| - | Phosphate removal in wastewater by functionalized mesoporous SBA-15 | Lee Seung Yeon; Choi Jae Woo; Ki Bong Lee; Lee, Sanghyup |
| - | Phosphate removal using ammonium-functionalized mesoporous silica | Kang Jin-Kyu; Lee Chang-Gu; Park Jeong-Ann; Choi Jae Woo; Lee, Sanghyup; Kim Song-Bae |
| - | Phosphate sorption to slag media: model analysis | Lee Chang-Gu; Kim Jae-Hyun; Kang Jin-Kyu; Choi Jae Woo; Lee, Sanghyup; Kim Song-Bae |
| - | Phosphorous removal and recycle using nano technology based adsorbent | Lee, Sanghyup; Choi Jae Woo; Lee, Seockheon; CHUNG, YUNCHUL |
| - | Phosphorous removal from wastewater by several functionalized mesoporous silica | Lee Seung Yeon; Choi Jae Woo; Lee Ki Bong; Lee, Sanghyup |
| - | Phosphorus crystallization using calcium silicate hydrates (CSH) and utility investigation of calcium phosphate crystal as fertilizer | Heegon Kim; Sang-jeong,Lee; Lee, Seockheon; Choi Jae Woo |
| - | Phosphorus recovery from sewage and food wastewater using calcium silicate hydrates(CSH) | Heegon Kim; Sang-jeong,Lee; Lee, Sanghyup; Choi Jae Woo |
| - | Phosphorus removal using magnetic iron oxide nanoparticles | Yoon Seo-Young; Lee Chang-Gu; Kang Jin-Kyu; Choi Jae Woo; Lee, Sanghyup; Kim Song-Bae |
