MISSION
Our mission is to transform renewable biomass and agricultural residues into high-value advanced carbon materials for energy storage and other emerging applications. By combining resource recovery with materials innovation, we aim to enable cleaner technologies, greater resource efficiency, and a more sustainable future.
FROM WASTE TO ADVANCED CARBON
FROM BIOMASS TO ADVANCED ADVANCED CARBON MATERIALS
We transform renewable biomass and agricultural residues into engineered carbon materials with tailored structures, surface properties, and functionalities for next-generation energy storage and other advanced applications.
OUR FOCUS AREAS
RESOURCE RECOVERY
Transforming agricultural residues, leaves, and other renewable biomass into valuable carbon resources for advanced materials.
ADVANCED CARBON MATERIALS
Engineering carbon materials with tunable structures, surface properties, and functionalities for high-performance applications.
ENERGY STORAGE
Developing advanced carbon materials for supercapacitors, batteries, and next-generation energy-storage technologies.
APPLICATIONS
POWERING THE NEXT GENERATION
SUPERCAPACITORS
BATTERIES
EMERGING ENERGY STORAGE
High-surface-area carbon materials engineered for rapid charge–discharge and high-power density, and long cycle life.
Advanced carbon materials engineered to enhance electrode performance, conductivity, rate capacity, and cycle stability.
Tailored carbon materials for next-generation electrochemical energy-storage technologies and advanced device architectures.
LET'S BUILD THE FUTURE OF CARBON
Interested in advanced carbon materials, biomass valorization, or energy-storage applications? We welcome research collaborations, technology partnerships, and commercialization opportunities.