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Environmental Membrane-Biotechnology Lab. (EMBL)

GDRC연구전략
연구주제 : 막기반 해수담수화 공정 연구 이미지
ㆍOptimization of desalination process design (Modules, Trains)
ㆍMass transports in polymeric membranes (MF, UF, NF, RO, FO)
ㆍFuturistic inorganic membrane (Graphene, Ceramic)
ㆍMonitoring and sensing of fouling on solid surface
ㆍAntimicrobial and cleaning technology
    (Nano particle, Coating, Biosurfactants)
ㆍMicrobial desalination cells (MDCs)
연구주제 : 신재생에너지 공정연구
ㆍSolar-powered bioelectrochemical system
    (H2 and Electricity production)
ㆍGraphene-based membrane electrode assembly (MEA)
ㆍMembrane bioreactors for gas (H2 and CH4) production
김인수 교수(iskim@gist.ac.kr)   /   http://embl.gist.ac.kr

Environmental Systems Engineering Lab. (ESEL)

GDRC연구전략
연구주제 : 해수담수화 공정 최적화 연구 이미지
ㆍSeawater Reverse Osmosis (SWRO) desalination
ㆍForward Osmosis (FO)
ㆍPressure Retarded Osmosis (PRO)
ㆍMembrane Distillation (MD)
ㆍHybrid process (FO-RO, RO-PRO-MD)
ㆍOptimization of Shale-gas produced water
    & waste water treatment plant
ㆍMolecular dynamics simulations in membrane based
    water treatment process (PA, CNT, and Graphene)
ㆍCFD modeling for design of sedimentation tank
    in the advanced water treatment
연구주제 : 수자원 모니터링, 관리 및 모델링 연구
ㆍWatershed modeling by considering climate change
ㆍFate and transportation of microbial pollutants
ㆍNon-point source modeling and interpretation of rainfall by weather radar
김준하 교수(joonkim@gist.ac.kr)   /   http:// esel.gist.ac.kr

Electrochemical Reaction & Technology Lab. (ERTL)

GDRC연구전략
연구주제 : 고효율 전극 재료 개발 이미지
ㆍEnhancement of capacitance and stability
    by modifying the surface on the carbon
ㆍControlling the pore size distribution in the electrode preparation
ㆍUsing atomic layer deposition (ALD) for coating ultrathin layer on the carbon
ㆍManufacturing of carbon nanofiber (CNF) using the electro
    spinning technique
연구주제 : 카본 막 전극을 기반으로 한 저에너지 담수화 기술 개발
ㆍOptimizing the core materials
    (electrode, membrane, current collector) in FM-CDI
ㆍDevelopment of stacks by optimizing the module scale
ㆍEvaluation of stability in electrode and scale up
이재영 교수(jaeyoung@gist.ac.kr)   /   https://env1.gist.ac.kr/ertl/new/index.php

Environmental Systems Engineering Laboratory (ESEL)

GDRC연구전략
연구주제 : 수처리 기술개발 이미지
ㆍCombined ANAMMOX & N-DAMO process
ㆍAnMBR process
ㆍBiological N-removal (Nitrification-Denitrification)
ㆍBiosolids: Anaerobic technologies
ㆍBiofouling control
연구주제 : 온실가스 연구
ㆍMitigating N2O emission from wastewater treatment plants
ㆍInvestigation of the effects on GHG emissions
    of upgrading a WWTP
ㆍOptimization of WWTP control to mitigate GHG emissions
연구주제 : 환경 미생물 연구
ㆍPhylogenetic identification, diversity and abundance
ㆍMonitoring activity using molecular biomarkers
김영모 교수(youngmo@gist.ac.kr)   /   https://sites.google.com/site/youngmokim1978

Wireless Communications and Networking Laboratory (WCNL)

GDRC연구전략
연구주제 : loT, Wireless Sensor Networks (WSN) 이미지
ㆍWireless monitoring for water, energy, traffic and construction
ㆍSignal analysis and processing of loT sensing data
ㆍMulti-channel, multi-radio, multi-hop wireless networking
ㆍWireless resource allocation and cross-layer optimization
ㆍEnergy efficient green networking
ㆍWireless mobility and security
연구주제 : Cyber-Physical System (CPS), Cloud Computing
ㆍReal-time embedded HW/SW systems
ㆍSmart energy and water grid
ㆍSoftware defined infrastructure
ㆍCloud performance scalability and security
임 혁 교수(hlim@gist.ac.kr)   /   http:// wits.gist.ac.kr

Soft Nanomaterials and Energy Laboratory (SNEL)

GDRC연구전략
연구주제 : 멤브레인 활용 물짋 분리 연구 이미지
ㆍMembranes for molecular filtration & storage, separation, delivery
ㆍSolvent-resistant nano/ultra-filtration membranes
ㆍUltra flux and selectivity membranes for water treatment
ㆍDesalination menbranes
ㆍEnergy efficient organic materials for carbon dioxide separation
ㆍCatalytic membrane reactors
ㆍEnzyme-loaded nanoporous membranes
연구주제 : 연성재료 개발 연구
ㆍSoft materials for energy and environment technology
ㆍGas separation menbranes: H2, CO2, CH4
ㆍFunctional compounds for energy-efficient,
    high capacity of carbon dioxide capture and separation
ㆍSolvent-resistant nanoporous films
ㆍHigh-conductivity polymers for thermoelectric applications
박지웅 교수(jiwoong@gist.ac.kr)   /   http:// mse.gist.ac.kr/~snl

BioMEMS Laboratory

GDRC연구전략
연구주제 : 담수화 공정 센서 연구 이미지
ㆍMEMS-based multi-sensor for water quality monitoring
ㆍTechnology of microorganism exclusion from water
ㆍReal-time microorganism sensing
ㆍRO processing sensor and system control
ㆍOceanic sensor development using nano-photonics
    - Water purification modeling in microfluidics
연구주제 : 미래형 기술 연구
ㆍNorovirus detection system
ㆍBlood on a chip development using physical parameters
ㆍPlatform of microfluidics for anti-cancer drug
ㆍPortable hemocytometer based on lab on a chip technology
ㆍWBC separation from whole blood without power and reagents
양 성 교수(syang@gist.ac.kr)   /   http:// biomems.gist.ac.kr

MIDAS Group

GDRC연구전략
연구주제 : 반도체 합성 및 THz Electronics 이미지
ㆍHigh Electron Mobility Transistors (HEMTs)
ㆍMetamaterial based THz Devices
ㆍActive THz Devices: Emitters and Detectors
ㆍGraphene-based Devices and Materials for seawater desalination
연구주제 : 차세대 태양광 연구
ㆍNext Generation Low Cost Thin Film Solar Cells
ㆍConcentrated Photovoltaic Devices for combination with desalination facilities
ㆍEnergy-saving Desalination with Solar Power
장재형 교수(jjang@gist.ac.kr)   /   http:// midasgroup.kr

Nano Electronic & Energy Material Laboratory (NEEM)

GDRC연구전략
연구주제 : 나노소자 합성 및 융합 기술 연구 이미지
ㆍ2D material synthesis (graphene, MoS2, etc.)
ㆍNovel carbon chemistry for nanocarbon nanomaterials
ㆍHybrids of nanoparticles and carbon nanomaterials
연구주제 : 에너지 기반 나노장치 기술
ㆍPhotoelectrochemical systems
ㆍNanocarbon-based composites for energy devices
ㆍNanopiezo generators for energy harvesting systems
연구주제 : 전기 나노장치 기술
ㆍDoping, FETs, and logic circuits based on 2D materials
ㆍGraphene interconnects
ㆍFlexible, stretchable conductive electrodes
ㆍHybrid memories
함문호 교수(mhham@gist.ac.kr)   /   http:// midasgroup.kr