Program of Asian Symposium on Contamination Control 2023
10:05
9:00
9:30 9:45
10:45
Meeting
Invited Lecture（1）Akihiko Tanioka
RoomOpening(Japan)
ACeremonyDay 1 Chair
Yoshio Otani
ASCC
Break
Wed.. MeetingSep.20 RoomB

11:25
11:05

Chair
Meeting Invited Lecture（3）Da Qian WangRoom(China)
A
Day 2 Chair
ASCC
Thu. MeetingSep.21 RoomB

Takafumi Seto

Chair
Day 3 ASCCFri.
Sep.22 ICCCS
Day 4Sat.. ICCCS
Sep.23

Technical Tour

12:40
12:05

13:20
14:20 14:40
Invited Lecture（2）Taesung Kim(Korea)

ISO(A1-A3)
Koos AglicolaCleanroom(A4Filtration (2)(A4-A9)

Yoshihide Suwa

Lunch

Myong-Hwa Lee

Frans Saurwalt

Air cleaning(A20-A25)

Airflow(A14-A19)
Hoong Wai HooLunch

Closing
Ceremony

Naoya Nishimura

BreakMeasurement(B11-B14)

Indoor and Atmospheric environment(B15-B20)

Medical facility(B21-B26)

Hiroo Tarumi

Myoung-Souk Yeo

U Yanagi

Shimiz Corporation
Hokuriku Branch

Banquet

Norikazu Namiki

Cleanroom(B4-B10)

Taesung Kim

17:30
17:00

Break

Filtration (1)(B1-B3)

Surface Contamination(A10-A13)
Break

15:00

Cambridge Filter CorporationKanazawa Factory

Lunch and dissolution

Committee Meetings 9:00-13:00

Lunch

COD MEETING 14:00-18:00

COD MEETING 9:00-13:00

Lunch

COD MEETING 14:00-18:00

Presentation time of each ASCC is 20 minutes, 15 minutes for presentation and 5 minutes for Q&A.

Dinner
19:00-21:00

Asian Symposium on Contamination Control 2023
Program―――――――――――――Day 1 (Wed.Sep.20)―――――――――――――

Room A
9:30～ 9:45

Opening Ceremony

The Chairperson of Organizing Committee (Yoshihide Suwa)
JACA President (Shuji Fujii)
9:45～10:45

10:45～11:05
11:05～12:05

Invited Lecture 1「Recent Progress of Polymeric Nanofiber and the Application to Fine
Particle Removal」
Akihiko TANIOKA(Professor Emeritus, Tokyo Institute of Technology)
Coffee break
ISOChairperson
Ａ－１

Koos Agricola

New ISO 14644-4 Design, construction and start-up
ir. F.W. Saurwalt
Kropman Contamination Control

Ａ－２

Basics and beyond; How to Prepare Proper Contamination
Control Strategy Document
Hasim Solmaz
Lighthouse Worldwide Solutions, EMEA Operations

Ａ－３

12:05～13:20
13:20～14:20

14:20～14:40

No.59

Stuart White

Lunch
Invited Lecture 2「Exploring the Advancement of Korea's R&I Ecosystem and thePosition of Cleanroom Technology」
Taesung Kim(Sungkyunkwan University School of Mechanical Engineering)
Coffee break―――――――――――――Day 1 (Wed.Sep.20)―――――――――――――
14:40～17:00

Filtration 2Chairperson Norikazu Namiki

Evaluation of Filtration Efficiency for a PAO-Compatible
Expanded Polytetrafluoroethylene (ePTFE) HEPA Filter

Ａ－４

Shih-Cheng Hu1, Tee Lin1, Omid Ali Zargar1, Graham Leggett2
Department of Energy and Refrigerating Air-conditioning Engineering, National Taipei

1

University of Technology, 2LI-COR Biosciences, Lincoln

Collection mechanisms of electret filter by dust loading

Ａ－５

Min-Song Kim, Min-Seon Kwon and Myong-Hwa Lee
Department of Integrated Particulate Matter Management, Kangwon National University

Contribution of individual filtering layer in a multi-layered
filter to the filtration performance during dust loading

Ａ－６

Min-Seon Kwon and Myong-Hwa Lee
Department of Integrated Particulate Matter Management, Kangwon National University

Development of Advanced Hybrid Rotary Filter System

Ａ－７

Muhammad Aiman Mohd Nor, Sota Morishita, Bamu Suzuki and Yoshihide Suwa
Department of Mechanical Engineering, Shibaura Institute of Technology

Development of PFAS-free air filter media

Ａ－８

Masashi Sato1 and Nozomi Tashiro2
Central Research Laboratory, Hokuetsu Corporation,

1Production Technology Div., Hokuetsu Corporation

2Ａ－９

Discussion on Test Method of Air Filters for General
Ventilation in ISO 16890
TU You1, TU Guangbei2 and TU Minghui3
School of Architecture, Tianjin Renai College, 2School of Environmental Science &1

Engineering , 3KTH Royal Institute of Technology

17:30～

Banquet―――――――――――――Day 1 (Wed.Sep.20)―――――――――――――

Room B

11:05～12:05

Filtration 1

Chairperson Myong-Hwa Lee

Particle collection performance of porous membrane filter

Ｂ－１

Jae-Hyun Park, Myong-Hwa Lee
Department of Integrated Particulate Matter Management, Kangwon National UniversityＢ－２

Characterization of particle collection by high-efficiency airfilter media made of fiber layers with different layer
structures at the simultaneous loading of solid particles anddroplets
Akira Sato1, Zen Maeno1, Norikazu Namiki1 and Li Bao2
Kogakuin University,2Nippon Muki Co.，Ltd.

1

Ｂ－３

Development of a dischargeless-type electrostatic precipitation
device using dielectric air filter media
Norikazu Namiki1,Takumi Ogasawara1 Zen Maeno1,Yasuhiro Nakamura2 and Seiro Yuge2
Department of Environmental Chemistry & Chemical Engineering, Kogakuin University,1Advanced Technology R&D Center, Mitsubishi Electric Corporation2

12:05～14:20
14:20～14:40
14:40～17:00

Lunch
Coffee break
Cleanroom

Chairperson Frans Saurwalt,
Ｂ－４

Numerical and Experimental Investigation of Moisture
Contamination Control in an Open-Door Front Opening
Unified Pod (FOUP)
Shih-Cheng Hu1, Tee Lin1, Omid Ali Zargar1, Graham Leggett2
Department of Energy and Refrigerating Air-conditioning Engineering, National Taipei

1

University of Technology, 2LI-COR Biosciences, Lincoln

Ｂ－５

Development of Innovative Cleanroom Construction Methods
and Establishment of Eco-Friendly Manufacturing Facilities
Dong Kwon Kim, Seong Cheon Kim
Clean Environmental R&D Center, Shinsung E&G

Ｂ－６

Development and operational performance of anenvironmental sensor-based control system for fan filter units
Kosuke Kondo1, Hisashi Hasebe1, Takayuki Someya2 and Masayuki Komatsubara2
Institute of Technology, Shimizu Corporation,

1

Building Construction Headquarters, Shimizu Corporation

2

―――――――――――――Day 1 (Wed.Sep.20)―――――――――――――

Cleanroom design by equations on source strength

Ｂ－７

ir. F.W. Saurwalt
Kropman Contamination Control, Nijmegen, the Netherlands

The impact of human behaviour in cleanrooms

Ｂ－８Koos AgricolaBrookhuis Applied Data Intelligence

Ｂ－９

Nuumerical Modeling on Operator Movement andContamination Emission on the Contamination Distribution inCleanroom
Chengxi Yao1, Seunjae Lee1 and Taesung Kim1, 2
School of Mechanical Engineering, Sungkyunkwan University

1

SKKU Advanced Institute of Nanotechnology (SAINT), Sungkyunkwan University2

Ｂ － 10Study on Particle Generation and Three-dimensional Motion
Analysis During Operation in Clean Room
Shota Endo, Masanori Sasaki
Sanki Engineering Co.,Ltd.,

17:30～

Banquet (Room A)――――――――――――Day 2 (Thu.Sep.21)―――――――――――――

Room A
9:00～10:00

10:00～10:05
10:05～11:25

Invited Lecture 3「Application of ISO Standards」
Da Qian Wang (Executive vice Secretary-General of CCCS)
breakSurface contamination
Chairperson
Ａ － 10

Taesung Kim

Detection of particle contamination on semiconductor chipsurfaces using an automated inspection system in a
mass-production process
Joonsub Park1 , Jeonghoon Lee1,2
Department of Mechanical Engineering, Graduate School of Korea University of Technology

1and Education,
School of Mechanical Engineering, Korea University of Technology and Education

2

―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――
Ａ － 11

A study on plasma cleaning of nanoparticles using standard
wafer contaminated by particle deposition system
Seungjae Lee1, Kubra Aydin2 and Taesung Kim1,2
Mechanical Engineering, Sungkyunkwan University,1

SKKU Advanced Institute of Nanotechnology (SAINT), Sungkyunkwan University2Ａ － 12

Study on Cleaning Technology of Neodymium Doped AmplifierSlabs for High-power Laser System
Yilan Jiang, Haibing Lv, Xinxiang Miao
Research Center of Laser Fusion, China Academy of Engineering Physics

Ａ － 13Mechanism of particle pollution and influence on laser induceddamage threshold of optics owing to Fresnel diffraction
Miao Xinxiang, Zhu Qihua, Zhou Guorui, Lv Haibin , Yuan Xiaodong, Jiang Xiaodong,
Yao Caizhen, Jiang Yilan
Research Center of Laser Fusion, China Academy of Engineering Physics

11:25～12:40
12:40～14:40

Lunch
Airflow

Chairperson Hoong Wai Hoo
Ａ － 14

Air Flow Simulation and Testing Analysis for Energy Saving ofISO Class 1 Air Cleanliness Cleanroom
Xiaoquan Wu, Ersong Chen
Nanjing TICA Climate Solutions Co., Ltd.

Ａ － 15Large Scale PIV to Investigate the Effects of Air-guiding Skirt
Length on the Flow Recirculation in an Operating Room
Shih-Cheng Hu1, Tee Lin1, Omid Ali Zargar1, Graham Leggett2
Department of Energy and Refrigerating Air-conditioning Engineering, National1

Taipei University of Technology, 2 LI-COR BiosciencesＡ － 16

Qualitative Analysis on the Complex Jet-like Flow Fields in a
Non-axisymmetric Enclosed Stack Corotating System
Ibrahim Abubakar Masud, Katsuaki Shirai and Yoshihide Suwa
Thermal Fluid Science and Engineering Laboratory, Graduate School of MechanicalEngineering, Shibaura Institute of Technology

Derivation of 3D Flow Field Data in Multiple Cross-sections

Ａ － 17

Muhammad Aiman Mohd Nor1, Ryoto Nakai1, Yoshihide Suwa1,Jun Machii2 , Kenichi Nakamura2 and Masashi Yasuki2
Department of Mechanical Engineering, Shibaura Institute of Technology,

1Seika Digital Image Corp.

2―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――
Ａ － 18Advanced opening channel for natural ventilation systems toprevent wind gusts
Tomohiro Yoshida1 , Yoshihide Suwa1 and Kiyokazu Hosokawa2 and Ueno Hiroyuki3
Iga Daisaku3 , Fukiko Obara3 , Fuyo Sakamaki3 , Kenichi Iriuchijima3
Department of Mechanical Engineering, Shibaura Institute of Technology,

1IDEC, 3Oiles-eco.co2

Ａ － 19Application of the Coanda effect to controlling indoor airenvironment
Yoshihide Suwa, Muhammad Aiman bin Mohd Nor, and Kouya Araida
Department of Mechanical Engineering, Shibaura Institute of Technology

14:40～15:00
15:00～17:00

Coffee break
Air cleaning

Chairperson Naoya NishimuraＡ － 20Application of Regenerable Cation Exchange Fiber in
Semiconductor Clean Room for Ammonia Removal and Its
Performance After Regeneration
Foong Wai Hoo , Zhu Lei1 and Chen Lin
MayAir Technology (China) Co., Ltd.

Ａ － 21

Adsorption Deodorizer with Electric Heater for Outdoor
Wastewater Storage Tank
Yoshinori Mizuno1, 2, Eizo Murakami 1, Abubakar Hamza Sadiq2 and Kazuo Shimizu 2, 3
Research and Development Center, Asahikogyosha Co. Ltd.,

1Graduate School of Science and Technology, Shizuoka University

2

Organization for Innovation and Social Collaboration, Shizuoka University

3Ａ － 22

Performance evaluation of Inactivating Bacterial Aerosol using
Microwave Ablation in Environmental-Controlled Chamber
Shinhao Yang1 and Chi-Yu Chuang2
Environmental Sustainability Lab, Center for General Education, CTBC Business School,

1

Department of Occupational Safety and Health, Chang Jung Christian University

2Aggregation of PM2.5 by high-power airborne ultrasonicＡ － 23Kenta Kuwayama1, Tatsuya Zushi1, Takuya Asami2, and Hikaru Miura2
R&D Section, Industrial Machinery Dept., Yamamoto Industries, Ltd.

1

College of Science and Technology, Nihon University2

―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――
Ａ － 24

Verification of purification performance of thin air purifier
with HEPA filter and energy saving effect of automatic control
system by cleanliness monitor
Masahiro Sato1 and Mamoru Okamoto2
Design Department, AIRTECH JAPAN, LTD.,

1

Resarch & Development, AIRTECH JAPAN, LTD.

2R3 Nordic Guideline for Hospital VentilationＡ － 25

Kim Hagstrom1, Kari Solem Aune2
Halton OY, 2COWI AS

1

17:00～

Closing Ceremony& Presentation for ISCC2024

Sergio Mauri, ASCCA chair―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――

Room B
10:05～11:25

Measurement

Chairperson Hiroo Tarumi
Ｂ － 11Development of New Optical Particle Counter for
High-Concentration Aerosols without Sheath Air
Yoshio Otani1, Masato Mizuno2, Adam Giandomenico2, David Pariseau2,
Perapong Tekasakul3, Tawatchai Charinpanitkul4
1Bangkok Office, Japan Society for the Promotion of Science, 2Particle Plus Ltd.,Prince of Songkla University, 4Chulalongkorn University3

Ｂ － 12Calibration of the counting efficiency of bio-fluorescentairborne particle counter with respect to viable counts
Kenjiro Iida1, Takashi Minakami2 and Taku Ikeda3
National Institute of Advanced Industrial Science and Technology (AIST),

1

RION, Co., Ltd.,2

Ｂ － 13Nitta Corporation

3

Estimation of Formaldehyde Emissions in Pathology
Laboratories: Measurement During Actual Work andVerification by CFD
Torahiko Saeki1,, Norikazu Kobayashi1,, Toshihiro Anai1,
Huaipeng Tang1 and Naoki Kagi2
Shinryo Corporation, 2School of Environment and Society, Tokyo Institute of Technology1

―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――
Ｂ － 14

Research on Cleanliness Control Technologies for High Power
Laser Facility
Xiaodong YUAN, Xinxiang MIAO, Haibing LV, Yilan JIANG, Caizhen YAO,Guorui ZHOU, Yayun YE, and Longfei NIU
Laser Fusion Research Center, China Academy of Engineering Physics

11:25～12:40
12:40～14:40

Lunch
Indoor and Atmospheric environment
Chairperson Myoung-Souk Yeo
Ｂ － 15Natural Ventilation Performance by Opening Devices
Installed on Exterior Walls of High-Rise Buildings
Muhammad Aiman bin Mohd Nor1, Wan Shahrul Nizam bin Wan Mansol1,Yoshihide Suwa1, Kiyokazu Hosokawa2, Ueno Hiroyuki3, Iga Daisaku3, Fukiko Obara3,Fuyo Sakamaki3
Department of Mechanical Engineering, Shibaura Institute of Technology

1

IDEC Tokyo, 3Oiles-eco.Corporation

2Ｂ － 16

Survey of Thermal Sensation of Workers in Summer Thermal
Environment in an NZEB Office Equipped with a TABS
Underfloor HVAC System
Sonoka SHINMURA1, Hiroo TARUMI1, Yasuyoshi AMADA2, Yasushi MIYAMURA2,Hisashi HASEBE2 and Miguel YAMAMOTO2
Dept. of Arch., Kanazawa Institute of Technology, 2Shimizu Corp.

1

Ｂ － 17

Behavior of cooking-emitted particles in residential houses
with different kitchen types
Jing Zeng, Naoki Kagi , Wataru Umishio and Yiyao Shen
Department of Architecture and Building Engineering, Tokyo Institute of Technology

Ｂ － 18VOC Concentrations in Houses in Japan: Correlations withHousing Characteristics and Types of Ventilation
Sangin Park1, Naoki Kagi1, Wataru Umishio1, Kenichi Hasegawa2, Jo Tamura2
and Teruaki Mitamura3
Department of Architecture and Building Engineering, School of Environment and Society,1Tokyo Institute of Technology,
Department of Architecture and Environment Systems, Akita Prefectural University,

2

Faculty of Engineering Department of Architecture, Maebashi Institute of Technology3

―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――
Ｂ － 19

Factor analysis of cases of elevated aerosol concentrations inmountainous areas of Japan
Makiko Nakata1, Sano Itaru2, Sonoyo Mukai3, Brent N. Holben4 and NASA/AERONET
group
Faculty of applied sociology, Kindai University,2Faculty of informatics, Kindai University,

1

Higashiosaka, 3The Kyoto College of Graduate Studies for Informatics,
Goddard space flight center, NASA, MD

4

Ｂ － 20

Monitoring of atmospheric particles from space and model
simulations
Sonoyo Mukai1, Makiko Nakata2 and Souichiro Hioki3The Kyoto college of graduate studies for informatics, 2Kindai U. 3NRS, LOA, Lille U.

1

14:40～15:00
15:00～17:00

Coffee break
Medical facility

Chairperson U Yanagi
Ｂ － 21

Evaluating Exposure Risk to Airborne Infectious
Particlesbased on an Experimental Study in an Emergency
Department
Shinhye Lee1 , Hyeonmin Kim1 , Hangman Zo1 , Myoungsouk Yeo1,2 , Sungwan Kim3 ,Sang Do Shin4
Department of Architecture and Architectural Engineering, College of Engineering, Seoul

1National University,
Institute of Construction and Environmental Engineering, Seoul National University,2

Department of Biomedical Engineering, Seoul National University Hospital,

3

Department of Emergency Medicine, Seoul National University Hospital4

Ｂ － 22

Research on Safe Nebulizer Inhalation Therapy Using Clean
Booth during COVID-19 Pandemic
Yuka Uchida1, Haruhiko Ogawa1, Isao Ninomiya 2, Masato Mizuno2, Bao Li3,Yoshio Otani4
Kanazawa Kasuga Clinic, 2Particles Plus, Ltd., Japan, 3Nippon Muki Co., Ltd., Yuki,

1

JSPS Bangkok office4

Ｂ － 23

Performance of air purifier and down flow system foreliminating airborne
Saiki Muroya1 , MasatoYasuura2 , Takashi Fukuda2 , Ken Yamamoto3 ,Kazuhiro Taniguchi3 , and Takafumi Seto1
Department of Frontier Engineering, Kanazawa University, 2National Institute of Advanced

1Industrial Science and Technology,

Electric Works Company, Panasonic Corporation

3

―――――――――――――Day 2 (Thu.Sep.21)―――――――――――――

Design considerations for ATMP facilities

Ｂ － 24

ir. F.W. Saurwalt
Kropman Contamination Control, Nijmegen, the Netherlands

Ｂ － 25

Analysis of Indoor Environment and Performance in
Temporary Negative Pressure Isolation Wards that use
Portable HEPA Filter UnitsSejin Lee1 , Wonseok Lee1 , Jooyeon Roh1 , Myoung Souk Yeo2 , Soonjung Kwon3 ,Dong Il Park4 and Minki Sung5
Department of Architecture and Architectural Engineering, Graduate School, Seoul National

1University, 2Department of Architecture and Architectural Engineering, College of Engineering,
Institute of Construction and Environmental Engineering, Seoul National University,
Department of Architecture, College of Engineering, Ajou University, 4R&D Center, Hana

3

G&C, 5Department of Architectural Engineering, College of Engineering, Sejong University

Ｂ － 26

Identifying the Potential Risks of Infection in Temporary
Negative Pressure Isolation Rooms Operated with Portable
HEPA Filter Units
Jooyeon Roh1 , Sejin Lee1 , Wonseok Lee1 Myoung Souk Yeo2 , Soonjung Kwon3 ,Dong Il Park4 and Minki Sung5
Department of Architecture and Architectural Engineering, Graduate School, Seoul National

1University, 2Department of Architecture and Architectural Engineering, College ofEngineering, Institute of Construction and Envir onmental Engineering, Seoul National
University, 3Department of Architecture, College of Engineering, Ajou University, 4R&D
Center, Hana G&C, 5Department of Architectural Engineering, College of Engineering, SejongUniversity

17:00～

Closing Ceremony (Room A)