Material Science
our core technologies
biomass conversion
carbon material engineering
energy material development
Transforming leaves, crop residues, and other renewable biomass into carbon-rich precursor materials.
Engineering carbon structure, porosity, surface chemistry, and functionality for targeted applications.
Developing advanced carbon materials for supercapacitors, batteries, and next-generation energy-storage technologies.
Research & Development
BIOMASS CARBONIZATION & ACTIVATION
Developing controlled carbonization and activation processes to convert renewable biomass into high-performance carbon materials.
STRUCTURE & SURFACE ENGINEERING
Tailoring pore structure, surface chemistry, and carbon architecture to optimize material properties for targeted applications.
PROCESS SCALE-UP & OPTIMIZATION
Developing reproducible and scalable processes to translate laboratory materials toward practical production and energy-storage applications.
Global Sustainability Impact
Advancing biomass valorization and carbon-based technologies to improve resource efficiency and support a more sustainable future.