Environmental R&D
The Reduction Management Program of Fine Dust Blind-Spots
- Resolving and managing fine dust blind spots and supporting national fine dust management policy by securing fine dust reduction technology and measurement and analysis technology
- Development of fine dust reduction technology in blind spots such as mobile pollutants, small and medium-sized workplaces and living environments, which contributed to high fine dust emissions but lacked technology development and management due to difficulties in management
- Improve the accuracy of calculating fine dust emissions and support national fine dust blind spots by developing fine dust measurement and analysis technology tailored to emission sources for continuous and efficient managing fine dust blind spots
Prospective green technology innovation project
- Creating a green industry innovation ecosystem by intensively supporting promising small and medium-sized enterprises that will lead the green industry to take a leap forward
- Production of prototypes, performance evaluation, verification and promotion of products and facilities, consulting to promote technical commercialization, and funding to enter overseas markets
- Support R&D for commercialization and demonstration to secure technological advancement and cutting-edge technologies of excellent companies in the green industry
R&D Project for Management of Atmosphere environment
- Promote commercialization of atmospheric environment management technology by responding to strengthened environmental regulations and securing on-site application technology
- Development of Blue Hydrogen Charging Station Demonstration Technology to Promote the Supply of Eco-Friendly Vehicles and Reduce CO2 Emissions
- Engine and post-processing technology development to reduce emissions in the transportation sector
- Development of demonstration technology to ensure on-site applicability and improve accuracy by applying the previously developed environmental measurement equipment to manage various emission sources(facilities)
Climate Change Research Program
- Securing public infrastructure technology to support national climate change response policies
- Developing models for analyzing the potential reduction of greenhouse gases and technologies for managing inventories of greenhouse gas emissions
- Development of integrated assessment models for the impacts and vulnerabilities of resulting from climate change, and development of technology for climate change adaptation management.
Climate Change R&D Project for New Climate Regime Program
- Development of a global-level policy support-based decision-making system for supporting the implementation of the New Climate Regime.
- Development of technologies for national greenhouse gas reduction targets and integrated management tools.
- Development of evaluation systems for climate-resilient cities and analyzing climate change damage costs.
R&D demonstration project of non-CO2 mitigation technology
- Support to achieve national greenhouse gas reduction targets through demonstration of non-CO2 greenhouse gas reduction technology.
- Development of practical technology to reduce CH4 greenhouse gases generated from livestock farming, landfills, etc.
- Development of empirical technology to reduce N2O greenhouse gases generated from electronics industry processes.
- Development of eco-friendly refrigerant technology to reduce the use of F-gas
R&D Project for Intelligent Optimum Reduction and Management of Industrial Fine Dust
- A project to reduce and manage fine dust emitted from the workplace by applying the fourth industrial technology such as ICT, AI and big data to air pollution control facilities
- Fourth revolutionary technologies such as ICT, AI and big data are applied to air control facility processes to meet enhanced emission allowance standards and promote demonstrations of optimal prevention technologies aimed at reducing energy consumption
Development of Mapping Technique of Greenhouse Gas Space Map Based on Observation
- Development of technology to create regional greenhouse gas inventories, forecast future emissions using observations such as satellite data, and integrate them into spatiotemporal maps.
- Development of platform technology for constructing spatial information maps of greenhouse gases (CO2, CH4) based on observations.
- Development of observation-based spatiotemporal inventories and technology for predicting future carbon footprints changes.
Localization of Core Equipment and Materials to Enhance Hydro & Atmospheric Environmental industry Competitiveness
- Import substitution and global export commodification through the development of localization technology for key items that are essential for the advancement of the atmospheric environment management system but highly dependent on foreign countries
- Development of technology for localization of key equipment related to air quality management infrastructure to reduce emission sources of air pollutants, measurement systems, and stable removal of air pollutants
Industrial Facilities & Infrastructure(Desalination) Research Program
- Development of core processes required for plant construction projects such as seawater desalination, basic design and empirical technology development to increase competitiveness in overseas plant orders as well as domestic application
- Deveolpment of low-energy seawater desalination plant technology tailored to the Middle East region
- A study on the practical use and performance evaluation of seawater desalination membrane filter system
- Deveolpment of mobile seawater desalination plant technology and pilot of membrane evaporation process in Middle East field application and unmanned operation technology of seawater desalination combining renewable energy
Advanced Water Management Research Program
- Overcoming the crisis situation of national water management due to climate change such as extreme floods and droughts and developing water management technology to reduce water disaster
- Securing stable water resources : A study on the Development technology of large-scale clean underground reservoir
- Intelligent water management : An empirical study on distributed water supply facility based on market customized modularization
- Development of non-destructive precision diagnosis, performance evaluation, and operational monitoring system for large-scale water supply management
- Climate change response, water disaster prevention : Development of water disaster monitoring, evaluation, and prediction technology based on national land observation sensor
- Development of water adaption technology for climate change
- Development of radio frequency precipitation system and measurement system for water disaster damage reduction
- Development of flood prediction technology in the basin time and space for securing golden time
Smart Water-Supply Service Research Program
- Development of water supply service technology that enables customized response by region and consumer demand through analysis and prediction of water information data
- Development of regional customized groundwater optimal supply management technology for water supply services in blind spots of water welfare, such as mountainous areas where droughts occur frequently
- Development of Investigation Technology for River Flow and Sediment discharge considering of Non-contact Flow Meter and Ultrasonic Sensor
Smart Water City Research Program
- Development of CPS for urban water resource infrastructure operation through hyper-connection of information on urban water resources (demand and supply) and development of a convergence system for water supply-water circulation
- Development of Integrated Management Technology for Urban Water Resources Based on Cyber-Physical Systems
Project for developing innovative drinking water and wastewater technologies
- Foster innovation in water and wastewater management and related industries to secure a world-class level of technological competitiveness through technology development centered on high-demand fields for innovation in water and wastewater treatment
- Development of practical and demonstration technologies for key equipment that are in high-demand for energy saving in water and wastewater management
- Measurement and monitoring of inflow water from water purification and sewage treatment plants, process control, facility operation and maintenance, practical and demonstration technology development of customized information services for consumers
- Measurement and analysis of trace amounts and new pollutants entering water purification and sewage treatment plants, prediction and evaluation of behavior, and development of optimal treatment technology
Aquatic Ecosystem Conservation Research Program
- Securing the health of the aquatic ecosystem through the systematic management technology development of threatening factors for the health of the aquatic ecosystem that are diversifying due to changes in climate change, living and industrial activities
- Development of rapid accuracy measurement and monitoring technology based on convergence technology for various aquatic ecosystem health threats such as intelligent real-time measurement and monitoring, harmful substances and pollutant tracking technology
- Development of technology to reduce harmful substances threatening the health of the aquatic ecosystem Development of customized treatment technology for harmful substances that threaten the health of the aquatic ecosystem, including small amounts and new pollutants, difficult substances, algae, and contaminated sediment
- Development of aquatic ecosystem health/risk assessment technology and aquatic ecosystem health change prediction and management technology based on diversity
Hydrothermal Energy Research Program
- Development of technology to foster and disseminate the hydrothermal energy industry, such as stable wastewater treatment operation, improvement of urban heat island phenomenon, and development of economic evaluation model for hydrothermal energy system using hydrothermal energy system
- Establishment of optimal operation plan for hydrothermal system of membrane filtration process and development of technology for combined use of hydrothermal energy in membrane filtration system
- Development of Water Heat Source Acquisition System for Stable Use of Water Heat Energy, Establishment and Demonstration of Temperature-Adaptive Heat Exchange Facility System Considering Temperature Change of Water Heat Source
- Development of a tool for determining the feasibility of utilizing water sources considering the characteristics of water sources, target buildings or applications, water heat system facilities, life cycle environmental evaluation (LCCP), and economic feasibility
Development of Ultra Pure Water Production Process Technology for Localization
- By localizing the design and operation technology of high-purity industrial water production facilities, which are highly dependent on foreign technologies, it contributes to the production competitiveness of high-tech industries (semiconductors, electronic components, etc.) and revitalizing the domestic water treatment market, and improves the domestic water system by applying eco-friendly water production processes
- Localization and Design-Construction-Operation Integrated Localization Plant Technology for High-Purity Industrial Water Production Core Process Operation
- Development of Performance Evaluation and Evaluation Technology for High-Purity Industrial Water Core Devices and Production Process
- Development of high purity industrial raw water acquisition technology using semiconductor wastewater
GCS(Geostationary Complex Satellite) Project
- Information collection system of public complex communication satellite and development of hydrological observation network and utilization system in flood disaster
- development of hydrological observation network and utilization system in flood disaster
Environmental R&D Project on the Disaster Prevention of Environmental Facilities
- Development of disaster management technology to minimize secondary environmental damage by responding quickly to destruction of environmental facilities and suspension of functions caused by natural disasters (earthquakes, typhoons, etc.)
- Ensure disaster damage prediction and early warning technology for major environmental facilities caused by natural disasters such as typhoons, floods, earthquakes, and large-scale fires, and optimal operation technology for securing safety against disasters
- Securing emergency repair technology and field-oriented emergency response technology to minimize secondary damage caused by damage to environmental facilities in the event of a disaster
- Development of Disaster Recovery Enhancement Technology for Damage Diagnosis and Early Functional Recovery of Environmental Facilities Damaged by Disaster
Water Management Program for Drought
- Strengthen water circulation monitoring/evaluation/prediction system and enhance balanced water management technology to cope with large-scale drought damage
- Establishing guidelines for regional water supply management based on the national water supply system/Providing real-time drought analysis results to realize organic drought management by related organizations through the establishment of a strategic cooperative system
- Water supply and demand assessment and distribution technology considering water supply-demand-ecology comprehensively, such as water supply and demand facility integrated supply capacity assessment and quantitative assessment of demand management such as water recycling
R&D Program for Innovative Flood Protection Technologies against Climate Crisis
- Strengthen monitoring/evaluation/prediction system and enhance balanced water management technology to strengthen capacity to respond to abnormal floods and ensure safety of water disaster due to climate change
- Development of technology to strengthen capacity to respond to abnormal floods by restoring the natural nature of the basin
- Development of technology to strengthen urban flood response capabilities by securing DNA-based resilience
Research and Development Project for Energy and Resource Recovery Type High-concentration wastewater&sewage treatment process
- Reinforcing innovation capacity to activate bioenergy by promoting R&D to demonstrate high-concentration wastewater treatment process technology that can recover resources and energy, and realizing carbon neutrality in basic water and environmental facilities
- Development of an integrated system for energy recovery from essential wastewater to achieve carbon neutrality. This includes constructing pilot project sites with a capacity exceeding 75 m³/day based on digester operation standards and achieving an energy self-sufficiency rate of 75%. Additionally, development of an energy management system for wastewater treatment facilities.
- Development and application of carbon neutrality and energy independence component technology that can be implemented within the pilot project complex with a scale of 1 ㎥/day that can simultaneously recover useful resources such as organic matter and nutrients from wastewater and realize energy independence
Technology Development Project for Environmental Industry Advancement
- Improve the eco-efficiency and competitiveness of the industry by promoting the commercialization of environmental technologies that are urgently applied or can revitalize the market within a short period of time
- Securing competitiveness in the air environment industry at the level of advanced countries by developing new technologies to reduce fine dust and harmful pollutants
- Improve the quality of life of the people and the international competitiveness of related industries through the development of technology to improve the quality of life of the people
- Strengthen the international competitiveness of the ecological restoration industry through advancement of ecosystem restoration and maintenance technology
- Climate change response, water disaster prevention : Development of water disaster monitoring, evaluation, and prediction technology based on national land observation sensor
- Ensuring eco-efficiency in all industries through on-site application of eco-friendly materials, products, and processes
- Fostering the environmental health industry through the development and commercialization of new technologies to reduce risk
Subsurface Environment Management(SEM) Projects
- Establishing a foundation for utilizing a healthy and comfortable subsurface environment by advancing risk-based integrated media pollution management technology
- Technology to investigate the characteristics of the subsurface environment medium through which pollutants fate, technology to confirm the fate path of pollutants, technology to monitor pollutants, and modeling technology to predict the diffusion range of pollutants.
- Technology to evaluate the risk of pollutants to the human and ecosystem, preventive technology to reduce or block the risk, etc
- Leakage monitoring devices and technologies installed inside or outside the contamination facility, technologies installed around the contamination facility to monitor the occurrence of contamination, technologies to support follow-up measures such as rapid alarms and leak blocking when leaks occur, etc.
Surface Soil conservation and management(SS) projects
- Establishment of a national integrated management system and development of preemptive response technologies to preserve the surface soil environment
- Establishment of surface soil environment survey prediction technology and integrated management system
- Preventing and restoring high-risk areas for surface soil erosion and securing region-specific optimal management technologies
Research and Development on the Technology for Securing the Water Resource Stability in Response to Tuture Change
- Support national water management policies and realize national water welfare by securing key technologies to effectively respond to future changes related to water management
- Improve water resource volatility response capability by intelligent real-time measurement and monitoring of water resources and predicting volatility considering interactions between various factors such as climate and social change
- Improve water supply efficiency and minimize imbalances by flexibly responding to normal and crisis situations (water shortage) through re-evaluation and optimal linkage of water resource facilities and systematic water resource information management and analysis
- Improve safety and management efficiency of water resource facilities through safety management of water resource facilities in preparation for aging and various disasters
Technology Development Project to Optimize Planning, Operation, and Maintenance of Urban Flood Facilities
- To prevent and respond to urban flooding by applying it to large-scale underground infrastructure of local governments, including Seoul Metropolitan Government, by improving the water supply/storage capacity of large underground infrastructure facilities and developing advanced operational management technology
- Development of Underground Infrastructure Water Purification Capacity and Design Advanced Technology for Urban Inundation Response
- Development of Multifunctional Utilization Technology and Improvement of Underground Infrastructure Storage Capacity for Urban Inundation Response
- Development of Optimal Operation Technology for Underground Infrastructure for Urban Inundation Response
- Development of Technology for Underground Infrastructure Maintenance and Management of Urban Inundation Response
Exotic Invasive Species Management Program
- Protect indigenous biological resources and secure biological safety and ecosystem stability through the development of technologies that systematically manage exotic species threatening biodiversity
- Develop IT-based monitoring technologies for incoming exotic species, prediction model for the spread and changes of exotic species and technologies for quantitative risk assessment
- Develop species-specific technologies for removing ecosystem disturbance species in order to reduce the disruption of ecosystem stability and loss of biodiversity caused the introduction of invasive species
Urban Ecological Health Promotion Technology Development Program
- Create a sustainable urban ecosystem and restore its function so that the nature and humans coexist by developing technologies that can improve urban ecosystem functions for a healthy living environment
- Develop technologies for diagnosing the health and disruption level of urban ecosystem for the protection and management of urban environment
- Develop technologies for predicting changes in supply and demand for urban ecosystem services, for creating multi-functional urban ecological spaces and developing materials for optimal functions (carbon storage, heat reduction, etc.)
- Develop integrated design for improving and maintaining urban ecosystem functions continuously and develop technologies for integrated management system considering the interaction between urban ecosystem functions and humans
Ecological Imitation-based Environmental Pollution Management Technology Development Program
- Resolve climate and environmental issues from the practical and demonstrative utilizing basic and fundamental research outcomes on various ecological characteristics such as structures, forms, functions and systems
- Develop atmospheric and water environment managing technologies for measuring, monitoring and removing pollutants by imitating the functional characteristics of living organisms
- Develop practical and demonstrative technologies for managing innovatively environmental pollution by linking excellent ecological imitation-based basic technologies of other ministries including the Ministry of Science and ICT
Program to develop eco-friendly new materials and processing technology derived from wildlife
- Secure a platform technology for eco-friendly white biotechnology by developing materials and process utilizing domestic wildlife resources
- White bio-based materials and processes derived form wild microorganism
- White bio-based materials and processes derived from wild plant
- White bio-based materials and processes derived from wild animal
The Decision Support System Development Program for Environmental Impact Assessment
- Enhance the environmental impact assessment services through ICT-based objective, standardized environmental impact prediction, assessment, and decision-making support
- Develop technologies that can support decision-making on environmental impact assessment such as environmental impact prediction based on big data, environmental impact visualization program, and environmental impact assessment decision support models
Program to make multi-ministerial national biological research resources more advanced
- Secure information on the usefulness of wildlife materials (freshwater, islands) based on demand from the industry, academia and research institute and establish a standardized quality and conservation management systems based on classification and characteristics, thereby establishing the sustainable foundation for using the information for research and industrial purpose
- Establish infrastructure that provides customized information on usefulness based on freshwater wildlife materials
- Secure island-specific wildlife materials and establish the system for usefulness information
Digital Infrastructure Building Program for Monitoring, Surveying and Evaluating the Environmental Health
- Enhance health protection and digital-based environmental health survey policies for vulnerable areas and people by utilizing big data in the field of environmental health to strengthen preventive management of health effects caused by various environmental hazards.
- Develop technologies to identify areas where environmental pollution is a concern prior to receiving complaints from residents and to lay the foundation for assessing, managing, and monitoring health impacts.
- Develop a customized service model for managing the effects of exposure to environmental hazardous factors by linking individual behavioral characteristics, environmental exposure information, and health information for vulnerable environmental health groups.
Core Technology Development Program for Environmental Diseases Prevention and Management
- Minimize the public health risk through enhanced prevention and control of environmental diseases by securing technologies that identify factor-disease correlation, predict and assess diseases as the damage of environmental diseases is increased by various environmental hazardous factors
- Develop technologies that can analyze the effects of exposure to various environmental hazardous factors more quickly and accurately to expand the range of factor-disease to be managed.
- Develop technologies to scientifically support environmental damage investigations and expand environmental health information services, such as prediction technology to prevent the risk of environmental disease outbreaks in advance and identification of past exposure effects.
Technology Development Program for Safety Management of Household Chemical Products
- Secure technologies for risk and exposure assessment and risk reduction to manage public health risks arising from the use of household chemical products
- Support the development of technologies that are suitable for the characteristics of mixed substances in the household chemical products and can quickly respond to the increasing number of substances to be controlled
- Secure exposure quantification and prediction technologies with product-based comprehensive exposure assessment based on the environment where consumers use the household chemical products
- Minimize the damage to the public health by reducing the hazard of chemicals used in household chemical products and children’s products and minimizing exposure to those products
Technology Development Program for Biological Hazards Management in Indoor Air
- Protect public health from a preventive perspective by identifying information on biohazards in the living environment and minimizing exposure to harmful factors in advance
- Develop technologies that can detect and analyze pathogenic and harmful microorganisms quickly and accurately in the indoor air of multi-use facilities to investigate and evaluate their distribution by species.
- Develop technologies required to evaluate impact on human such as infection and disease induction depending on the type and amount of harmful microorganisms, and to monitor the status, change, and transmission of pathogenic and harmful microorganisms in multi-use facilities at the national level.
Measurement and Risk Assessment Program for Management of Microplastics
- Develop technologies for assessing microplastic pollution and human health impact in order to alleviate public anxiety about microplastics and develop a systematic response system
- Develop technologies for risk assessment in order to identify the impact of microplastic toxicity and human health impact of exposure
Wetland Ecosystem Value Evaluation and Carbon Absorption Value Promotion Technology Development Program
- Develop technologies enhancing wetland ecosystem value such as sustainable conservation of wetland ecosystem damaged by factors such as climate change and support for the implementation of carbon neutrality
- Promote quantification of wetland ecosystem value through systematic management of wetland damaging factors and evaluation of unique functions of wetlands such as climate control, carbon absorption and storage capacity, and biodiversity through technology development.
- Expand ecological-based carbon sink through wetland ecosystem creation and restoration technologies considering biodiversity, carbon storage and absorption capacity
Advanced Technology Development Program for Predicting and Preventing Chemical Accidents
- Develop advanced technologies for minimizing the occurrence of hazardous chemical accidents and science and technology-based post accident response
- Develop advanced technologies for chemical accident prediction such as D.N.A-based accident prediction
- Develop advanced technologies for predicting and diagnosing damage from chemical accidents including on-site prediction based on quantum chemistry
- Develop advanced technologies for post accident impact and management including personal exposure level assessment related to chemical accidents
Technology Development Program for Creation and Management of Ecosystem-based Carbon Sinks
- Develop technologies for the integrated management of ecosystem-based carbon sinks and enhancement of sustainable carbon sink capacity considering biodiversity
- Technologies for making carbon sink and management monitoring more efficient by ecosystem type (forest, agriculture, grassland, settlement, others), technologies for establishing carbon absorption amount inventory, technologies for integrated management of carbon sink
Global Top Environmental Technology Development Project
- New growth engine and export industrialization of the environmental industry through world-level environmental technology development
- Useful Resource Recycling Technology Development Team Development of the latest recycling technology and commercialization technology for unused waste resources to improve resource circulation
- Eco-friendly automobile Technology Development Team Development of vehicle emission reduction technology to respond to the next emission standards and reduce fine dust and greenhouse gases
- Eco Smart Water Supply System Development Team Development total solution technology for operation management of the entire water supply system from water intake to consumers based ET/IT/NT convergence technology
- Advanced wastewater Treatment Technology Development Team World-level advance treatment of waste water, reuse of effluent, and development of energy-independent core technologies
- Non-CO2 greenhouse gas reduction Technology Development Team Development of global-level CH4, N2O, and Fluorinated gas reduction, recovery, and management technologies to achieve national greenhouse gas reduction goals
- Green Patrol Measurement Technology Development Team Development of localized technology for environmental measurement equipment for rapid response to environmental pollution accidents, identification of environmental changes, and environmental management
Domestic waste recycling technology development project
- Enhancing resource circulation through technology development across all stages of circulation, including pre-processing of waste plastic and waste glass bottles, recovery, conversion to recycled raw materials, and energy conversion
- Development of shredding-washing-drying-sorting and up-cycling system for recycling waste vinyl
- Development of an ICT-based Korean-style sorting process for recycling waste plastic
- Development of application technology for civil engineering structures using low-grade waste plastic
- Development of construction material manufacturing technology using low-grade waste plastic
- Development of technology to commercialize artificial fibers using low-grade waste plastic
- Development of technology to commercialize recycled raw materials using low-grade waste plastics
Project of developing technologies to improve circular utilization of products that inhibit recycling
- Improving the circular utilization of products that hinder recycling and developing appropriate recycling technology to improve the circulation utilization rate of waste and reduce the amount of waste generated for final disposal
- Technology development to support material and structure improvement of five plastic packaging product groups subject to circular usability evaluation in 2018
- Development of technology to improve circulation of electronic products that are difficult to recycle, such as VIP refrigerators and home appliances
- As the spread of solar power generation is expected to expand, appropriate recycling technology is being developed to lay the foundation for recycling technology and improve circulation usability
Project of developing the technology of Energyization of waste resources
- Development of a Korean-style waste resource energy substantiation system of minimize landfill and ocean discharge of waste resources and use generated waste resources as energy resources without environmental pollution
- Combustible waste resources: air use gasification and utilization of combustible waste resources, solid fuel transportation and management, landfill maintenance waste resources to energy, living and mixed construction combustible waste resources to energy
- Organic waste resources: Common environmental facility technologies such as solid fuel conversion and detoxification of sludge and digestion residues, organic waste resource biofuel technology, and residual waste treatment technology
Project to develop a technology to treat infectious medical waste
- Environmental response technology and policy establishment for proper management of medical waste and prevention of additional infections in preparation for frequent occurrence of new infectious diseases after COVID-19
- To address the anticipated surge in medical waste during outbreaks of infectious diseases, developing medical waste sterilization and grinding technology and high-efficiency technologies for and aged medical waste incinerator. Furthermore, to mitigate concerns of further infection during the handling of isolated medical waste, developing non face-to-face automation smart treatment technology.
Waste plastic utilization raw material and fuel technology development project
- Developing advanced recycling technology to create demand for recycled products from waste plastic and increase added value as plastic use increases
- Development of high-purity sustainable recycled PET Bottle technology
- Development of high-purity styrene monomer(SM) production technology through continuous pyrolysis process using low energy of waste PS
- Development of technology for producing LBO(lube base oil) based on a continuous pyrolysis process of waste plastic
- Development of hydrogen production based on syngas from gasification of thermosetting and thermoplastic waste plastics
Project of Developing substantiation technology for energy conversion using waste resources
- Establishment of waste resource utilization energy conversion system utilizing organic waste resources and low-carbonization of energy supply
- Development of substantiation technology for energy fuel conversion using unused organic waste resources such as animal and vegetable residues and food waste
Technology development project to recycle of waste resources generated in future
- Establishing a foundation for material recycling of renewable energy waste and waste secondary batteries, applying new materials and new technologies, and developing recycling technologies suitable for the characteristics of household products
- (Electric automobile waste secondary battery)Dismantling and separation technology development(50 units/day), BMS-linked discharge technology(storage, transportation SOC 30% or less, recycling SOC 0% or less) and development of useful resources(black powder, etc) recovery technology
- (Small household waste electrical and electronic products containing secondary batteries) Development of separation/disassembly technology(10tons/day) and recovery technology for lithium, plastic, etc.
- (Solar waste panel) Development of integrated pretreatment(10tons/day) technology and silicon-glass sorting technology
- (LED) Development of pretreatment process(5tons/day) and development of recycling technology for pretreatment process by-products(aluminum, copper, etc.)
(Innovation Challenge Type) Utilization of waste organic materials to raw materials with high added value by plasma system
- Development of process technology for carbon reduction and high-value utilization of waste through conversion of organic resources into C2 monomers
- Development of optimal supply/decontamination technology
- Development of conversion process and systemization technology
- C2 production advancement and high added value technology development
Technology Development Project for Improving the Circular Usability of Lithium-ion battery
- Securing technology for appropriate treatment and environmental load reduction of waste secondary batteries for various purposes, where a rapid increase in generation is expected in the future
- Improved secondary battery circulation usability improved battery pack materials and structure, and developed evaluation technology
- Development of disassembly, separation automation, and resource recovery technology for various types of waste secondary batteries
- Development of technology to reduce pollutants generated in the secondary battery recycling process
