R&D

Cosolus Technology Roadmap (Up to 2030)

Patents

Type
Title
Status
Reg./Appl. No.
1Thermal Conductivity-Enhancing Additive and Method for Manufacturing a Heat Dissipation Sheet Including the Same
Registered10-2443110
2Flame-Retardant Masterbatch Composition and Method for Manufacturing the Same
Registered
10-2501772
3Phosphorus-Based Flame-Retardant Composite Compound and Method for Manufacturing the Same
Registered
10-2656925
4Method for Manufacturing a Flexible Heat Dissipation Sheet and Flexible Heat Dissipation Sheet Manufactured Thereby
Registered
10-2671884
5Method for Forming a Hydrophilic Electrodeposition Coating Layer on a Heat Exchanger Surface and a Heat Exchanger Formed by the Same
Registered
10-2689678
6Mixed Solvent Extractant Capable of Selectively Recovering Manganese and Method for Recovering Manganese Using the Same
Registered
10-2857415
7Organic Phosphorus Extractant Capable of Selectively Recovering Manganese from a Metal Mixture and Method for Recovering Manganese Using the Same
Application
10-2023-0194318
8Method for Manufacturing Dioctyl Phosphate
Application
10-2024-0131426
9Mixed Extractant with Enhanced Aqueous-Organic Phase Separation Performance and Method for Recovering Cobalt from Spent Batteries Using the Same
Application
10-2024-0197060
10Method for High-Purification of Graphite Recovered from Spent Lithium-ion Batteries for Anode Material Recycling
Application
10-2025-0051439
11Mixed Extractant for Recovering Lithium from Black Mass Leach Liquor and Method for Recovering Lithium Using the Same
Application
10-2025-0142723
12Method for Recovering Lithium from Spent LFP Batteries Using Phosphorus-based Solvent Extractants
Application
10-2025-0148687
13Organophosphorus 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 Technology

Korea’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 System

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



 Core Technologies

01

Cathode Material Recovery Technology

Korea’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 System

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


Co-work

Cosolus’ technology evolves through collaborative partnerships with leading research institutions and industry partners.

mobile background
Contact us
If you have any questions,
please contact us via the information below.
We will respond as quickly as possible.

E-mail : cosolus@cosolus.com, osh0312@cosolus.com (Product Inquiries: Sang-Hwan Oh, Executive Director)   |   Tel : +82-63-732-0702