R&D
Cosolus Technology Roadmap (Up to 2030)

Patents
Type | Title | Status | Reg./Appl. No. |
| 1 | Thermal Conductivity-Enhancing Additive and Method for Manufacturing a Heat Dissipation Sheet Including the Same | Registered | 10-2443110 |
| 2 | Flame-Retardant Masterbatch Composition and Method for Manufacturing the Same | Registered | 10-2501772 |
| 3 | Phosphorus-Based Flame-Retardant Composite Compound and Method for Manufacturing the Same | Registered | 10-2656925 |
| 4 | Method for Manufacturing a Flexible Heat Dissipation Sheet and Flexible Heat Dissipation Sheet Manufactured Thereby | Registered | 10-2671884 |
| 5 | Method for Forming a Hydrophilic Electrodeposition Coating Layer on a Heat Exchanger Surface and a Heat Exchanger Formed by the Same | Registered | 10-2689678 |
| 6 | Mixed Solvent Extractant Capable of Selectively Recovering Manganese and Method for Recovering Manganese Using the Same | Registered | 10-2857415 |
| 7 | Organic Phosphorus Extractant Capable of Selectively Recovering Manganese from a Metal Mixture and Method for Recovering Manganese Using the Same | Application | 10-2023-0194318 |
| 8 | Method for Manufacturing Dioctyl Phosphate | Application | 10-2024-0131426 |
| 9 | Mixed Extractant with Enhanced Aqueous-Organic Phase Separation Performance and Method for Recovering Cobalt from Spent Batteries Using the Same | Application | 10-2024-0197060 |
| 10 | Method for High-Purification of Graphite Recovered from Spent Lithium-ion Batteries for Anode Material Recycling | Application | 10-2025-0051439 |
| 11 | Mixed Extractant for Recovering Lithium from Black Mass Leach Liquor and Method for Recovering Lithium Using the Same | Application | 10-2025-0142723 |
| 12 | Method for Recovering Lithium from Spent LFP Batteries Using Phosphorus-based Solvent Extractants | Application | 10-2025-0148687 |
| 13 | Organophosphorus Extractant for Selective Recovery of Manganese from Metal Mixtures and Method for Recovering Manganese Using the Same | PCT Application Filed | PCT/KR2024/021159 |
Core Technologies
01 Cathode Material Recovery TechnologyKorea’s First Proprietary Extractants for Selective Recovery of Valuable Metals from Spent Batteries | ![]() |
02 Anode Material Recycling Technology (MVHF Process)Production of 99%+ High-Purity Recycled Graphite within 1 Minute via Molecular Vibration Heating Technology | ![]() |
03 Driving the Future of Sustainability with Our Advanced Closed-loop Recycling SystemCompleting a Unified Circular System for the Recovery, Purification, and Recycling of Cathode and Anode Materials | ![]() |
Core Technologies
01
Korea’s First Proprietary Extractants for Selective Recovery of Valuable Metals from Spent Batteries

02
Production of 99%+ High-Purity Recycled Graphite within 1 Minute via Molecular Vibration Heating Technology

03
Completing a Unified Circular System for the Recovery, Purification, and Recycling of Cathode and Anode Materials

Cosolus’ technology evolves through collaborative partnerships with leading research institutions and industry partners.
E-mail : cosolus@cosolus.com, osh0312@cosolus.com (Product Inquiries: Sang-Hwan Oh, Executive Director) | Tel : +82-63-732-0702

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