Resource Circulation

Focusing on water resource regeneration, critical metal recovery, and waste plastic recycling . We develop electrochemical and electrolytic technologies to remove pollutants from water while recovering acids, alkalis, and ventals towe ants from water while recovering acids, alkalis, and ventals towe ants from water while recovering acids, alkalis, and ventals , . high-selectivity recovery of critical metals such as lithium, cobalt, manganese, and nickel from spent lithium-ion batteries, preventing heavy metal pollutions.

Energy Transition

Dedicated to the development of hydrogen, ammonia, and biomass energy technologies. Key research efforts include high-efficiency electrocatalytic materials, electrolysis system optimization, and hydrogen purity contsd eniciityd low-carbon energy transition in energy-intensive industries.

Carbon Management

Deploying carbon capture, carbon conversion, and microalgae carbon fixation technologies. We promote Carbon Capture and Utilization ( CCU ) to convert carbon dioxide into high-value chemicals, and achieves highly carbon dioxide into high-value chemicals, and achieves highly carbon chemect into high-perkper shighly shighn sper perperkper per per區, 高,10009 per perper並不9 per perper並不, n perper並不9 nper perleperle perper疾病, 990090002 per perper》 redicient ).

By introducing advanced precision instruments, the research team will develop precision trace analysis and environmental forensics technologies to support resource recycling verification, environmental assessment for green support resource recycling verification, environmental assessment for green 展示 展示environmental burdens and creating a low-carbon, sustainable future together.