CCUS, Bioenergy, Industrial decarbonization

Research areas

• Carbon Capture, Storage and Utilization (CCUS):
  ‐ Integration of CCUS with power/industrial sectors
  ‐ Mineralization based CCUS technology
  ‐ Negative carbon emission technologies such as Bioenergy with CCS (BECCS) and Direct Air Capture (DAC)
  ‐ Solid adsorbents in fluidized bed reactors

• Industrial Decarbonization:
  ‐ Integration of Carbon Capture and Utilization for deep decarbonization
  ‐ Alternative low carbon energy fuels (Bioenergy, Hydrogen, ammonia)
  ‐ Improvement in process energy efficiency (Novel Heat Pumps; Waste Heat Recovery and Combined Heat & Power)
  ‐ Integration of thermal energy storag

• Bioenergy Production and Utilization:
  ‐ Hydrogen production from biomass, industrial and agricultural wastes
  ‐ High value‐added carbon materials via carbonization and activation
  ‐ Advanced gasification/combustion technologies utilizing biomass

• Computational simulation:
  ‐ Computational Fluid Dynamics (CFD)
  ‐ Discrete Element Method (DEM) in multiphase particulate systems
  ‐ Process simulation of overall thermal efficiency
  ‐ AI driven smart energy technologies