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立命館大学　研究者学術情報データベース English>> TOPページ TOPページ > ＮＧＵＹＥＮ ＴＨＵＯＮＧ ＴＨＩ （最終更新日 : 2024-04-22 11:18:34） グエン トゥオン ティ ＮＧＵＹＥＮ ＴＨＵＯＮＧ ＴＨＩ NGUYEN THUONG THI 所属 立命館アジア・日本研究機構 職名 専門研究員 業績 その他所属 プロフィール 学歴 職歴 委員会・協会等 所属学会 資格・免許 研究テーマ 研究概要 研究概要（関連画像） 現在の専門分野 研究 著書 論文 その他 学会発表 その他研究活動 講師・講演 受賞学術賞 科学研究費助成事業 競争的資金等(科研費を除く) 共同・受託研究実績 取得特許 研究高度化推進制度 教育 授業科目 教育活動 社会活動 社会における活動 研究交流希望テーマ その他 研究者からのメッセージ ホームページ メールアドレス 科研費研究者番号 researchmap研究者コード 外部研究者ID 学歴 1. 2019/09～2022/09 博士課程 │ Civil and Environmental Engineering │ Graduate School, Division of Engineering │ Ritsumeikan University │ 修了 2. 2017/09/02～2019/07/10 Master of Environmental Engineering │ Vietnam Japan University, Vietnam National University │ 卒業 3. 2012/09/02～2016/07/18 Biology │ Hanoi National University of Education, Vietnam National University │ 卒業 職歴 1. 2022/10/01 ～ Senior researcher │ Graduate school of Science and Engineering │ Asia Japan Research Institute 現在の専門分野 土木環境システム, 環境材料、リサイクル技術, 土木材料、施工、建設マネジメント, 環境負荷低減技術、保全修復技術 (キーワード：Wastewater treatment, Constructed Wetlands, Heavy metal removal, Environmental engineering and reduction of environmental burden) 論文 1. 2024/03/20 人工湿地によるカドミウム含有坑廃水の現地処理実験 │ Journal of environmental conservation engineering │ 53 (2),76-79頁 (共著)   2. 2023/03/23 Classification of Mine Drainages in Japan Based on Water Quality: Consideration for Constructed Wetland Treatments │ water │ 15 (7),1258 (共著)   3. 2022/10/20 Removal of Heavy Metals from Acid Mine Drainage with Lab-Scale Constructed Wetlands Filled with Oyster Shells │ water │ 14 (20),3325 (共著)   4. 2022/08/26 Heavy Metal Removal from Mine Drainage by Using Pilot- and Lab-Scale Constructed Wetlands │ (単著)   5. 2022/04/08 Recycling clamshell as substrate in lab-scale constructed wetlands for heavy metal removal from simulated acid mine drainage │ Process Safety and Environmental Protection │ 165,950-958頁 (共著)   全件表示（10件） 学会発表 1. 2023/12/10 Trickling Filters and Constructed Wetlands Planted with Water Spinach for Gray Water Treatment (THE 1 st INTERNATIONAL CONFERENCE ON THE PRACTICAL ZERO EMISSIONS TECHNOLOGIES AND STRATEGIES) 2. 2023/10/24 Heavy Metal Removal from Simulated Acid Mine Drainage Using Clamshell- and Gravel-Filled Lab-scale Constructed Wetland (IWA-ASPIRE conference 2023) 3. 2023/07/09 Greywater Treatment Using Trickling Filters and Constructed Wetlands Planted with Water Spinach (The Water and Environment Technology Conference 2023) 4. 2023/03/15 Grey water treatment by using trickling filters and constructed wetlands planted with edible plants (The 57th Annual Meeting of Japan Society on Water Environment) 5. 2023/03/01 Constructed wetlands for mine drainage treatment: Effects of domestic wastewater-feeding on removal of multiple heavy metals (琵琶湖・環境イノベーション研究センターからの実装に向けたシーズ発信) 全件表示（18件） 受賞学術賞 1. 2023/10/24 Young water professional award (Heavy Metal Removal from Simulated Acid Mine Drainage Using Clamshell- and Gravel-Filled Lab-scale Constructed Wetland) 2. 2021/12/05 VANJ conference The best poster presentation award (Treatment of Heavy Metals in Simulated Acid Mine Drainage Using Lab-scale Constructed Wetlands Filled with Clamshell and Gravel) 3. 2021/08/11 The Water and Environment Technology Conference The excellent presentation award (Heavy Metal Removal from Simulated Acid Mine Drainage Using Clamshell- and Gravel-Filled Lab-scale Constructed Wetlands) 4. 2020/11/20 Ritsumeikan University (Research proposal contest) Fighting-spirit award (Screening filter materials for use as substrates in constructed wetlands in enhancing phosphorus removal from wastewater) 5. 2019/12/04 Green Technologies for Sustainable Water (GTSW) conference The first-place oral presentation award winner (Applicability of white hard clam (Meretrix lyrata) shell as filter media in constructed wetlands to enhance phosphorus removal from swine wastewater) 全件表示（6件） 科学研究費助成事業 1. 2023/04 ～ 2025/03 Development of hybrid multi-stage constructed wetlands based on indigenous adsorptive materials for sustainable heavy metal treatment from mine drainages in Japan │ 研究活動スタート支援 (キーワード：Constructed wetlands, heavy metal, absorptive materials)   2. 2018/04/01 ～ 2022/03/31 Autonomous water reclamation and energy system aiming for building recycling and resilient │ 基盤研究(A)   研究高度化推進制度 1. 2023/05/302024/03/31 研究支援制度分類：女性研究者 国際共同研究活動支援制度種目：-Energy-saving wastewater treatment systems using trickling filters and constructed wetlands for sustainable wastewater treatment メールアドレス researchmap研究者コード R000044691 外部研究者ID ORCID ID 0000-0002-7510-5937 © Ritsumeikan Univ. All rights reserved.