Developing various materials, including ammonia based hydrogen catalysts and PFC decomposition catalysts for semiconductor and display manufacturing processes. Enhancing the viability of green hydrogen energy and supporting global enterprises in their transition to eco-friendly process through hazardous substance control catalyst solutions.
Key research areas
Inorganic Material
NH3 cracking catalyst manufacturing and mass production technology
High-GWP exhaust gas decomposition catalysts for semiconductor/display
Fuel Cells
Technologies for degradation-resistant materials in ammonia fuel cells
Inorganic Materials/Catalyst R&D
We are developing a variety of Inorganic Materials, including Ammonia cracking catalysts and PFC catalysts using gas abatement scrubber of semiconductor and display manufacturing processes. We are enhancing the practical viability of clean hydrogen energy and providing advanced emission control solutions, supporting global companies in their transition to sustainable green processes.
Ammonia Cracking Catalyst
Catalyst technology for efficient NH3 cracking to improve hydrogen utilization in storage, transport, and application. Focused on high activity, durability, and industrial usability.
PFC Decomposition Catalyst
Advanced catalysts for the effective decomposition of PFC and hazardous gases emitted from semiconductor and display process, applied to scrubbers and other abatement systems.
