Turning industrial by-product gases into tomorrow’s carbon solutions
This project supports national greenhouse gas reduction goals through the demonstration and scaleup of C1 gas conversion technologies tailored to industrial demands. By ensuring both technical viability and economic feasibility, the project aims to positions C1 gases as a vital carbon resource for the next-generation chemical industry
developing?
- We are developing large-scale C1 gas conversion technologies that support NDC targets and meet the practical needs of industry. To ensure the economic viability of these technologies, we are advancing and validating core processes for converting low-grade byproduct C1 gases into value-added products.
project
important?
- There is an urgent need to develop and demonstrate technologies that contribute directly to achieving Korea’s NDCs in a practical and scalable way. As carbon neutrality shifts from being purely an environmental concern to a central economic challenge, technological solutions have become more essential than ever. Efficient conversion of byproduct C1 gases is now recognized as a key strategy for decarbonizing the industrial sector. Furthermore, securing C1 gas conversion routes will lay the foundation for using carbon as a future resource in the next-generation chemical industry.
achieve this?
- We take a three-step approach to building a viable C1 gas-based chemical industry.
- First, we utilize core technologies developed through the C1 Gas Refinery Project to enable efficient conversion of industrial byproduct C1 gases (Follow UP).
- Second, we validate these core technologies in real industrial environments to ensure scalability and performance under actual operating conditions (Scale UP).
- Finally, we develop industrial-ready technologies that meet the requirements of economic feasibility, environmental sustainability, and business viability – focusing on breakthrough innovations in currently unmet technological areas (Value UP).
happening?
- 2024. 08. 01 - 2028. 12. 31