We protect the environment through technology and shape the
future through innovation.
Resource Recovery (Waste-to-Energy) · Water Treatment
Research on biogasification of organic waste
Possession of specialized expertise in bioenergy technologies
Analysis/monitoring/consultation of bioenergy facilities based on unused biomass
Development of post-treatment technologies based on the diversification of bio-gasification raw materials and the characteristics of target industrial wastewater is in progress
Research on Biogas Production from semiconductor and TFT-LCD wastewater
Possessing experience in testing the possibility of bio-gasification of organic waste generated during semiconductor and TFT-LCD manufacturing processes
Ongoing R&D on diversifying biogas feedstocks and developing integrated systems for customized high-purity methane and hythane production based on industrial wastewater characteristics
Anaerobic treatment facility at D Company's Philippine plant
Anaerobic treatment facility at J Company's Jincheon plant
Anaerobic treatment facility at S Company's Ulsan plant
Development of high-quality methanation technology
Electrode sensor
Edge AI
Field applicability evaluation
Application of AI systems by category reflecting raw water & wastewater characteristics
Integrated system construction and long-term operation testing
Economic feasibility and commercialization potential assessment
Valuable Resource Recovery · Zero Liquid Discharge
Compared to conventional acid-based processes, the newly developed electrochemistry-based eco-friendly recycling technology for spent battery cathode materials features simplified process steps, reduced secondary environmental pollution and wastewater generation.
In addition to avoiding high energy costs from evaporation and crystallization, and the high initial cost of electrodialysis, this novel technology also enables the production of new sulfur-based value-added products (chemical industry, sulfur).
Carbon Dioxide Recovery · Purification
Material modificatioin & material selection
Selection of high-efficiency adsorption material
Characterization and performance improvement of commercial adsorbents
Selection of high-efficiency adsorbents based on material performance testing
Performance and stability verification required for application
Material modificatioin & material selection
(Lab-scale experimental analysis)
(PDMS/PSf composite membrane)
Establishment of a verification system process
(Scale-up based on experimental data)
Establishment of membrane recovery/purification facility operation technology
Designing VPSA system for producing high-purity H₂
Securing technology for VPSA design, manufacturing/construction, and operation optimization
Core system design
O&M Research (Operation · Diagnosis · Consulting)
Process Performance & Status · Treatment Efficiency Diagnosis
Assessment of facility and process status
Analysis of process-specific treatment efficiency
Optimization analysis of energy, chemical usage, and operational costs
Process Improvement & Risk Assessment
Identification of process improvement opportunities
Feasibility review for the application of new technologies
Diagnosis of operational efficiency through digitalization and smart operation
Analysis and diagnosis of operational structure
Consulting for Regulatory Compliance (Permits · Licensing · Environmental Regulations)Survey of facilities and process conditions
Review of latest water quality standards and effluent discharge regulations
Response strategies for strengthened future regulations
Review of environmental impact assessments and permitting requirements
Consulting on greenhouse gas and emission management plans