• Environment purification
  • Low temperature SNCR by activated ammonia generated by atmospheric pulsed plasma or 172 nm vacuum ultra violet.
  • De-NOx at room temperature by photochemical reaction using wavelength of 172 nm.
  • Simultaneous removal of Hg/NO/SO2 by ozone generated from flue gas by using irradiation of 190 nm vacuum ultra violet (VUV).
  • Low temperature oxidation of hydrogen off-gas from fuel cells by using atmospheric pulsed plasma.
  • Leaching mechanisms of trace elements (As, B, Se) in coal fly ash.
• Energy conversion
  • Coal quality evaluation system
  • Non-catalytic hydrogen production from ammonia by using pulsed plasma
  • Development of catalyst for tar decomposition
  • Thermal management for Li-ion batteries.
• Processing
  • Development of dry coating process by 172 nm vacuum ultra violet.

Research Topics

Environmentally Friendly Techniques

• Low temperature SNCR by activated ammonia generated by atmospheric pulsed plasma or 172 nm vacuum ultra violet.
• De-NOx at room temperature by photochemical reaction using wavelength of 172 nm.
• Simultaneous removal of Hg/NO/SO2 by ozone generated from flue gas by using irradiation of 190 nm vacuum ultra violet (VUV).
• Low temperature oxidation of hydrogen off-gas from fuel cells by using atmospheric pulsed plasma.
• Leaching mechanisms of trace elements (As, B, Se) in coal fly ash.

Energy Conversion Systems

• Coal quality evaluation system
• Non-catalytic hydrogen production from ammonia by using pulsed plasma
• Development of catalyst for tar decomposition
• Thermal management for Li-ion batteries.

Plasma and VUV  Processing

• Development of dry coating process by 172 nm vacuum ultra violet.