Chemical Research CenterThe world’s leading
research company in separation technology
In the future, we plan to provide a variety of functional products and next-generation items through research that considers environmental and health aspects.
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Address
- 79 Nakpodanjigil, Nakpo-dong, Yeosu-si, Jeollanam-do
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Tel
- 061-690-9200
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Fax
- 061-686-3199
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01
Eco-Friendly Synthesis and Purification
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02
Reduction of Energy and Materials Used
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03
Process Efficiency Improvement
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04
Use of Renewable Materials
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05
Elimination and Suppression of Hazardous Substances, including CMR (Carcinogens, Mutagens, Reproductive Toxicants)
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Synthesis
TechnologyUtilizing organic and inorganic synthesis as well as catalyst technologies, we synthesize advanced materials and eco-friendly solvents. We explore optimal routes to ensure economic feasibility while conducting research for new business developments such as HBM (High Bandwidth Memory), inorganic photoresists and materials for all-solid-state batteries
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Distillation
TechnologyBased on extractive distillation, azeotropic distillation and reactive distillation techniques, we develop customized distillation purification technologies that adjust the content of specific components and suppressing the generation of impurities according to customer needs. We perform lab-scale, pilot-scale and demo plant operations based on simulations to provide process solutions suitable for large-scale production.
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Ultra High
Purification
TechnologyWe remove impurities through methods such as adsorption, extraction and catalytic reactions based on the characteristics of the impurities.
Additionally, we utilize inhibitor-based technologies to suppress impurity formation, researching high-purity techniques that meet customer needs. -
Analysis
TechnologyUtilizing equipment such as chromatography, GC-MS, ICP-MS and ICP-MSMS, we can conduct precise analysis required by customers in the semiconductor, display and battery fields and we research the causes of impurity generation and removal techniques based on this analytical technology.
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Semiconductors
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Applying ultra-high purity chemical products developed with proprietary technology for EUV processes manufacturing memory semiconductors, system semiconductors and AI semiconductor.
- Purification of solvents for HBM (High Bandwidth Memory)
- Manufacturing and purification of EUV-grade semiconductor solvents
- Manufacturing and purification of high-purity semiconductor solvents
- Purification of solvents for inorganic PR
- High-purity cleaners for semiconductors
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Displays
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By utilizing high-purity chemical products developed with proprietary technology for LCD and OLED to the panel manufacturing processes, we help customers prevent environmental pollution and reduce costs.
- Purification of solvents for OLED Mask Cleaner
- Purification of thinners for displays
- Purification of solvents for foldable devices, solar cells, polymers and functional materials
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Secondary Batteries
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Using high-purity NMP (N-Methyl Pyrrolidone) developed with proprietary technology as a dispersing solvent in secondary battery manufacturing processes to achieve customers' ESG goals and cost reductions.
- Purification of dispersing solvents for secondary batteries
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Others
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- Purification of electronic grade solvents (DMAc, Heptane, etc.)
- Production of high-purity recycled chemicals (VAM, MEG, THF, etc.)
- Development of energy-saving recycling technologies compliant with ESG
Chemicals for Semiconductors/Displays
- Purification of next-generation solvents for HBM (High Bandwidth Memory)
- Development of SOD (Spin On Dielectrics) thinners for semiconductors
- Synthesis process for inorganic PR for EUV
- Synthesis of low dielectric constant materials (Low K)
Secondary Batteries
- Synthesis and purification of dispersing solvents for all-solid-state batteries
- Synthesis of binders for all-solid-state batteries
- H2S controlling technology for solid-state electrolytes
- Purification of ultra-high purity raw materials for secondary battery electrolytes
Pursuing ESG
- Harzard-free manufacturing process for safety and enviromental impact(Formaldehyde, As, etc.)
- Development of eco-friendly recycling processes using carbon reduction technologies to secure carbon credits
- Purification of inorganic acids
Collaboration with external organizations to develope promising technologies
- Innovative synthesis and purification technologies related to semiconductors, displays and secondary batteries
- Innovative technologies concerning renewable energy production, storage and transportation
- Technologies utilizing renewable sources
- Manufacturing technologies for promising materials
- Innovative technologies for the purification of mixtures