Resume
Researcher
Worradorn
Phairuang
Citations
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Contact Info
Resume
About
My main research focuses on the chemical and physical characteristics of airborne nanoparticles. My interests cover all the natural and anthropogenic sources, particularly biomass burning including forest fire and agricultural residue burning. I'm very interested in emission inventory from biomass burning in Thailand and Asian countries.
Professional SkillsEnvironmental Science
Particulate Matter
Air Pollution Modeling
Air Sampling
Air Quality
Atmospheric Pollution
Biomass Burning
Aerosols
Aerosol Science
Atmospheric Physics
Research ExperienceLecturer
Chiang Mai University
October 2020 - Present
Chiang Mai, Thailand
Collaborative Associate Professor
Kanazawa University
April 2019 - Present
Kanazawa, Japan
Lecturer
Prince of Songkla University
August 2016 - September 2020
Songkhla, Thailand
Visiting Researcher
University of Vienna
June 2019 - July 2019
Vienna, Austria
Education
Kanazawa University
Oct 2012 - Mar 2016
Environmental Science and Engineering
Prizes and Awards
Japanese Government Scholarship, Japan (Monbukagakusho)
Oct 2012
The Best Student Award in 15th Marine Ecology Summer Course 2007 at Phuket Marine Biological Center, Thailand (PMBC)
May 2007
Development and Promotion of Science and Technology Talent Project, Thailand (DPST)
Jun 2001
Project
Granular Bed Filter: Development of Low Cost Tools to Remove Nanoparticles Emitted from Biomass Burning Applicable to Small Scale Sources
Provide tools to reduce emission of nanoparticles from small scale sources
PM and PM0.1 Emission from Biomass Burning from Agricultural Activities, Agro-Industries and Forest Fires: Evaluation and Control
1) Evaluation of emission inventories (EI) of PM including PM0.1 and associated chemical components related to biomass burning in agricultural activities, agro-industries and forest fires, 2) Confirmation of evaluated EI by comparing with monitored data, 3) Discuss how to decrease the emission, e.g., to develop emission control devices applicable to small scale biomass ovens.
Development of High Volume Air Sampling Tool for Aerosol Nanoparticles and Its Application to Dynamic Behavior Analysis and Risk Assessment
1) Understanding ambient aerosol nanoparticles based on various chemicals in nanoparticles collected with high time resolution, 2) risk assessment using a large amount of nanoparticles collected by the tool
East Asia Nanoparticle Monitoring Network (EA-Nanonet)
Through monitoring of ambient aerosol nanoparticles at more than 20 sites in 10 countries in East Asia, 1) Evaluation of status and characteristics of ambient nanoparticles in East Asian area, 2) Discussion on contribution of emission sources and possible trans-boundary transportation
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