Our Tech
Advancing environmental technology for a sustainable future
R&D Achievements & Technology Development Capabilities
Technology Development History
Growing as a leading company in environment and energy through continuous innovation
Major Achievements by Year
2024 Major Achievements
2023 Major Achievements
2022 Major Achievements
2021 Major Achievements
2020 Major Achievements
2019 Major Achievements
2018 Major Achievements
2017 Major Achievements
2016 Major Achievements
2015 Major Achievements
R&D Achievements
Rectifying Ion Exchange Membrane for Enhanced Reverse Electrodialysis Performance
Research on improving reverse electrodialysis performance using rectifying ion exchange membrane
Reverse Electrodialysis Method Using Rectifying IEM (정류 이온교환막을 이용한 역전 전기투석 방법)
Electrodialysis technology that prevents scale formation even under reverse polarity conditions using ion exchange membranes with rectifying properties
Reverse Electrodialysis System Using IEM with Rectifying Properties (정류성을 가지는 이온교환막을 이용한 역전 전기투석 시스템)
Reverse electrodialysis system using ion exchange membrane with rectifying properties
Manufacturing Device for Multi-layer IEM with Rectifying Properties (정류성을 가지는 다층 이온교환막 제조장치)
Device for manufacturing multi-layer ion exchange membrane with rectifying properties
Manufacturing Method of Multilayer IEM with Rectifying Properties (정류성을 가지는 다층 이온교환막 제조방법)
Manufacturing method for multi-layer ion exchange membrane with rectifying properties
Road Fine Dust Reduction Device Combined with Wind and Sound Barriers (방풍벽 및 방음벽 기능이 결합된 도로 미세먼지 저감 장치)
Road fine dust reduction device combining wind barrier and sound barrier functions
Reverse Electrodialysis System Using Rectifying IEM (정류 이온교환막을 이용한 역전 전기투석 시스템)
Reverse electrodialysis system using rectifying ion exchange membrane (International filing)
Method for Manufacturing Multilayered IEM (다층 이온교환막 제조방법)
Method for manufacturing multilayered ion exchange membrane (US filing)
Manufacturing Method for Multi-layer IEM with Rectifying Properties (정류성을 가지는 다층 이온교환막 제조방법)
Manufacturing method for multi-layer ion exchange membrane with rectifying properties (US filing)
Vehicle-Induced Wind-Driven Dust Collection System for Road Environment Improvement
Development and performance evaluation of road fine dust collection system using vehicle wind
Development of Biomimetic-based Rectifying Electrodialysis Desalination Technology (생체모방 기반 정류 전기투석 탈염 기술개발)
Rectifying electrodialysis desalination technology using bio-synaptic mimicking polymer electrolyte membrane
Commercialization Technology Development of Trench Drainage Boundary Stone (트렌치 배수경계석 상용화 기술개발)
Commercialization of trench drainage boundary stone applying field-customized linear drainage technology
Technology Development for Global Expansion of Road Dust System Phase 2 (도로 날림먼지 시스템 해외진출 기술개발 2차)
Localization technology development for global expansion of road dust automatic collection system
Development of Flood and Odor Prevention Storm Drain (잠수방지용 악취방지 빗물받이 개발)
Development of storm drain with both flood prevention and odor control functions
CO2 Concentration Gradient Power Generation Technology Development (이산화탄소 농도차발전 기술개발)
Capacitor-based power generation technology using CO2 concentration gradient
Road Pollutant Emission Reduction System (도로 오염원 배출 저감 시스템)
System installed between roadway and sidewalk to reduce road pollutant emissions through non-powered automatic collection using vehicle wind
Road Pollutant Emission Reduction Device (도로 오염원 배출 저감장치)
Reduction device that effectively collects and discharges pollutants generated from roads
Apparatus for Reducing Emission of Road Contaminants (도로 오염물질 배출 저감 장치)
Apparatus for reducing emission of road contaminants (International filing)
Tapered Nanopore-Based Ionic Diode Membranes: Fabrication and Energy Harvesting Applications
Fabrication of tapered nanopore ion diode membranes and energy harvesting applications
Technology Development for Global Expansion of Road Dust System Phase 1 (도로 날림먼지 시스템 해외진출 기술개발 1차)
Initial global expansion technology development for road dust automatic collection system
Multi-channel Switching Resuspended Dust Measurement System (다중채널 전환방식에 의한 재비산먼지 측정시스템)
AI-based system that accurately calculates resuspended dust concentration by selectively measuring fine dust in target and background spaces
Road Fugitive Dust Collection Device Using Vehicle Wind (No.1) (차량풍을 이용한 도로의 비산먼지 집진장치 (1호))
Non-powered system that automatically collects road fugitive dust using natural wind generated by vehicle movement
Road Fugitive Dust Collection Device Using Vehicle Wind (No.2) (차량풍을 이용한 도로의 비산먼지 집진장치 (2호))
Improved version of non-powered fugitive dust collection device using vehicle wind
Road Resuspended Dust Management System Using AI and Big Data (인공지능 및 빅데이터 기반의 도로 재비산먼지 관리시스템)
System that efficiently manages road resuspended dust using AI and big data technology
Manufacturing Method for Ion Diode Membrane (이온 다이오드막 제조방법)
Manufacturing technology for ion diode membrane with ion selectivity and rectifying properties
Near-Infrared Spectroscopy-Based Automated Microplastic Identification System
Development of automated microplastic identification system based on near-infrared spectroscopy
Solar-integrated Dust Control Fence Technology Development (태양광 융복합 제진 펜스 기술개발)
Development of dust control fence combining solar power generation and road resuspended dust reduction
Boundary Stone (경계석)
Boundary stone with fine dust collection function that automatically collects pollutants at the boundary between road and sidewalk
Automatic Microplastic Identification and Analysis System Using Near-infrared Spectroscopy (근적외분광 기술을 활용한 미세플라스틱 자동 식별 및 분석 시스템)
Automatic microplastic identification and analysis system using near-infrared spectroscopy
Microplastic Analysis and Quantification Method Using Machine Learning (머신러닝 기술을 활용한 미세플라스틱 분석 및 정량화 방법)
Microplastic analysis and quantification method using machine learning technology
Microplastic Quantitative Analysis System Using Near-infrared Spectroscopy (근적외분광법을 이용한 미세플라스틱 정량 분석 시스템)
Microplastic quantitative analysis system using near-infrared spectroscopy
Air Pollutant Removal Device (대기오염물질 제거 장치)
Device that effectively removes air pollutants
Self-assembly Membrane Dust Collection Technology Development (자기조립 멤브레인 집진 기술개발)
Development of 56CMM-class smart dust collection system using self-assembly membrane
Kitchen Ventilation System Technology Development (주방환기 시스템 기술개발)
Development of kitchen ventilation system with over 99% fine dust removal performance
Air Pollutant Removal Method Using Water Bubble Technology (물방울 기술을 이용한 대기오염물질 제거 방법)
Method for removing air pollutants using water bubble technology
Manufacturing Method for High-density Porous Alumina Template (높은 기공 밀도를 가지는 다공성 알루미늘 산화틀 제조방법)
Manufacturing technology for porous aluminum oxide template with high pore density
Daegu Smart City Service Enhancement Demonstration Project (스마트시티 대구 서비스 고도화 실증사업)
Smart city service enhancement demonstration project in cooperation with Daegu Technopark
Smart Nanochannel Pack Service Technology Development (스마트 나노채널 팩서비스 기술개발)
Development of pack service technology using smart nanochannel technology
Brackish Water Electrodialysis Desalination Technology Development (기수전기투석 담수화 기술개발)
Development of mobile desalination system using brackish water electrodialysis
Ion-selective Polymer-filled Composite Membrane (이온 선택적 고분자가 충진된 복합막)
Organic-inorganic composite membrane technology filled with ion-selective polymer
Reverse Electrodialysis Power Generation Commercialization Technology Development (역전기투석발전 상용화 기술개발)
Commercialization and localization technology development of reverse electrodialysis power generation
Ion Diode Membrane with Branch-form Nanopore (가지형 나노기공을 가지는 이온 다이오드막)
Ion diode membrane with branch-form nanopore structure
Polymer Separation Using Metal Oxide Membrane (금속산화물막을 이용한 고분자 분리)
Polymer separation technology using metal oxide membrane
Ion Diode Membrane Containing Tapered Nanopores (테이퍼드 나노기공을 포함하는 이온 다이오드막)
Ion diode membrane containing tapered nanopores (International filing)
Ion Diode Membrane Comprising Branch Form of Nanopores (가지형 나노기공을 포함하는 이온 다이오드막)
Ion diode membrane comprising branch form of nanopores (International filing)
Ionic Diode Membrane with Integrated Tapered Nanopores (테이퍼드 나노기공이 집적된 이온 다이오드막)
NextE&M's core technology of tapered nanopore ion diode membrane
Ion Diode Membrane Mass Production Technology Development (이온다이오드막 양산기술 개발)
Development of mass production technology for NextE&M's core ion diode membrane