Professor Ki-Hyun Kim's Homepage

air quality management (AQM) and developing performance metrics to critically assess sorbents for real-world AQM applications.

1. Development and establishment of sensing, detection methods for environmental VOCs along with the establishment of basis QA for those pollutants.
2. Development and performance evaluation of diverse functional materials for environmental and energy applications.

1. Quantum Dot Devices and Sensing 2. PhotoCatalysis 3. NanoElectronics

materials science and applications in environmental reclamation, biotechnology, sensing, (photo)catalysis, and renewable energy field

VOC adsorption and desorption; synthesis and modification of Metal organic frameworks

Advanced Material, Adsorption, Volatile Organic Compound, Metal-Organic Frameworks

Gaseous pollutants adsorption using metal organic frameworks (MOFs)

A study for advanced monitoring technique of gaseous formaldehyde using metal-organic frameworks

A study to select the best performing materials for gas chromatography-based cryogenic trapping of volatile odorants

Adsorption-desorption potential of various modified MOFs against hydrogen sulfide using a sampling tubes-to- thermal-desorption GC/MS analysis system

Environmental Engineering, Air Quality Management, Advanced Functional Materials, Analytical Chemistry, Adsorption, Catalysis

Adsorptive removal of hydrogen sulfide by various advanced materials

adsorbtion & material

Effect of the bed mass of Activated Carbon on adsorption performance

Activated carbon-based air filtration system regarding the removal of volatile organic compounds in indoor air environemnt.