Basic Research 1
Characterization of School Indoor Particulate Matters and Emission Source Verification
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Prof. Young-min Jo
Kyung Hee University
Environmental science & engineering, Kyung Hee University, Seoul, Korea
Ph.D., Department of Chemical Engineering, University of New South Wales, Australia
Professor, Kyung Hee University, Korea 1998.03~
Exchange Professor, University of Missouri, US 2005.08~ 2006.07
Researcher, Environmental Research Center of NUS, Singapore 1997.03~1998.03
Research Team
Kyung Hee University
Korea Railroad Research Institute
NIOSH
Sungkyungkwan University
Korea Institute of Sustainable Design and Educational Environment
Pukyong National University
Major Research Objectives
Evaluation of indoor air pollutant characteristics in schools
Identification of indoor transmission of outdoor fine dust
Identification of the characteristics of indoor particulate matter generation by evaluating the impact
of school surroundings on fine dust contamination in schools
Key Research Content
Evaluation of the characteristics of particulate matter generation through by measuring and analyzing chemical and biological components
A study on the spread and spalling of particulate matter in classroom, using Simulating Chamber of school interior space
Development of Indoor Air Quality Index (IAQI) in school classrooms
Development of prediction model of particulate matter in school buildings by measuring the intrusion factors and static factors
Categorization by school location characteristics
Field Survey of particulate matter using LIDAR and sensors for impact assessment of fine dust emission sources around schools
Evaluation of the intermediation effects of facilities in the vicinity of schools
Evaluation of the contribution of particulate matter in school classrooms based on indoor and outdoor particulate matter measurement data
Basic Research 2
Evaluation of Students’ Health Impact and Intervention Effect by Characteristics of Exposure by Particulate Matter in School
Professor, Preventive Medicine, Yonsei University, Seoul, Korea 2016~
Vice President, Systematic Integrated Science and Technology, Yonsei University 2017~
Chairman of Financial Committee, The Korean Society of Environmental Health and Toxicology 2016~
Researcher, The Korean Society of Hypertension 2017~
Major Research Objectives
Analysis of risks through assessing health impacts of particulate matter on students
Analysis of present conditions of PM in schools by analyzing air purification facilities and operation patterns -
analysis of moderating effect
Key Research Content
Full-scale survey for elementary school students in Seoul, Gyeonggi areas and North Jeolla Province, and building up a panel of medical experts
Health impacts assessments based on periodic medical checkups and surveys by the panel
An Environmental Exposure Assessment on the areas where students spend most of their time (e.g. classrooms)
Developing an application that provides real-time information on low PM areas and health index
Comparison of students' health, before and after using the app and air purifying devices - Analysis of Moderating Effect
Analysis of PM's long- and short-term impacts and Calculation of disease treatment assessment
Integrated Management
Development of Clean Air Ventilation System Linked Indoor/Outdoor Heat and Air Environment with New and Renewable Energy
Korea Institute of Civil Engineering and Building Technology
Senior Researcher Fellow(Tenure), Korea Institute of Civil Engineering and Building Technology 2004~
Faculty Member, School of Education and Science, Kyushu University 2000~2003
D. Eng., Department of Mechanical and Energy Engineering, Kyushu University 1997~2000
Research Team
Dong-A Univercity
Korea Institute of Energy Research
Woowon Mechanical & Environmental Engineers, CO.
Korea Air Conditioning engineering(KACECO)
Taeyang Electric, Co.
SL Solution, Co.
EunSung Chemical, Co.
E-clean TECH
Korean Testing Certification
Heerim Architects & Planners Co., Ltd.
Major Research Objectives
Achieving 30% of renewable energy usage on newly built schools, keeping ultra-particulate matter concentration level (PM 2.5) below 25㎍/㎥, and 45dB(A) for indoor noise level (Based on Central Air Conditioning criteria)
Keeping hybrid filter pressure loss below 30~150 Pa
Achieving 1+++ level of energy efficiency for buildings
Monitoring the implementation of abovementioned models on two newly built schools (specifications will be applied)
Key Research Content
Development of a central air conditioning system linked to renewable energy
Development of modular air conditioning system by school-zone and floor, based on Renewable Energy powered Central Heat-Source System
Development and demonstration of an optimal system for the optimal design of key systemic units and securing low-noise environme
Development of heat·air environment control and integrated management system using big data utilization
Offline ventilation by emotional notification
Development and field test of an integrated system for individual equipment units on air cleaning, energy recovery ventilation and temperature and humidity control
Development of low static pressure, long-term filter, highly efficient air-cleaning and energy recovery unit
Development of High-Efficiency Hybrid Filter - high-efficiency, low-pressure electrical collection, combined with HEPA filters - and a low-pressure, clean energy-powered Exchange Ventilation Unit, Development of Energy Load Reduction Methods for schools, Demonstration and Standardization of the system assessment
Development of school energy load reduction plan and standardization of clean ventilation system performance
Research on the design methods of Cooling and Heating Load Reduction and Passive Design based on high-density design for Clean Air Ventilation System
Standardization of testing methods for air conditioning and clean system facilities
Pilot Study on particulate matter management for newly built schools, demonstration and long-term monitoring
Setting Mock-up Test Room, and conducting long-term verification monitoring for two newly built schools
Establishment and operation of living labs with IoT sensor
Establishing five living labs with IoT sensor network
Collecting big data of air quality in existing schools and developing remotely controllable applications using IoT
Developing an algorithm for indoor optimal control by machine learning technique
Diagnosis & Improvement
Consultation on Air Environment Improvement According to School Type and Demonstration of Customized Air Environment Improvement Plan
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Prof. Tae-Yeon, Kim
Yonsei University
Ph.D, Engineering, Tokyo Univeristy
Director, Korean Society for Indoor Environment
Director, Architectural Institute of Korea
Senior Vice-President, Korea Institute of Ecological Architecture and Environment
Vice-President, Korean Institute of Architectural Sustainable Environment and Building Systems
Research Team
Seoul National University of Science and Technology
University of Seoul
Korea Conformity Laboratories (KCL)
Ajou University
Korean Educational Development Institute
Kumoh National Institute of Technology
EAN
Korea Natural Resource & Economic Research Institute
Yonsei University
Korea University
Chung-ang University
Kunil IND. Co., LTD
Himpel
Sahm Shin Eng Ineers.INS
LG Electronics
K-weather
Korea Institute of Construction Technology
Major Research Objectives
Development of Standard Operating Proceduqre(SOP) for consulting air environment
Development of a comprehensive diagnosis system based on the numerical analysis
Analyzing and consulting air environment on 100 places of existing schools, and demonstrating improvement plans at 50 places
Establishment and operation of five IoT-based living labs for existing schools
Building a database based on the results of consulting, demonstration, and operation of living labs
Key Research Content
Development of a comprehensive diagnosis system based on numerical analysis
Standardization of diagnostic process by school / space type based on numerical analysis
Development of a numerical analysis-based comprehensive diagnosis system by school / space type
Development and standardization of consulting process
Development of standard operating procedures(SOP) for air quality improvement in schools and a decision-making tool for consulting
Customized diagnosis for air environment of schools and consulting service at 100 places
Development of cost-estimating methodology and evaluation model for environmental improvement
Demonstration of improvement plans for air environment in existing schools
Creating a model to improve air environment for existing schools
Demonstrating 50 places to improve the air environment in schools
Establishing a database of evaluation results after improving air environment, and constructing public websites based on output of this research
Development of an operating manual for air purifying system
Establishment and operation of living labs with IoT sensor
Establishing five living labs with IoT sensor network
Collecting big data of air quality in existing schools and developing remotely controllable applications using IoT
Developing an algorithm for indoor optimal control by machine learning technique
Law Institution
Establishment of School Particulate Matter Management System
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Prof. Young-Wook, Lim
Yonsei University
Vice President, The Korean Society of Environmental Health and Toxicology 2017 ~ 2018
Research Professor, College of Medicine, Yonsei University 2018 ~ present
President, Korea Society for Indoor Environment 2018 ~ present
Director, Korean Society for Atmospheric Environment 2019 ~ present
Deputy Director, The Institute for Environmental Research 2001 ~ present
Research Team
Research and University-Industry Cooperation Foundation at Konkuk University
Korea Educational Environments Protection Agency
Major Research Objectives
Revision of School Health Act and related systems
Setting a standard for accreditation of school-type air purification system
Developing school Particulate Matter managing tools and Particulate Matter education programs
Key Research Content
Analysis and setting up policy directions of the current laws and systems for school Particulate Matter management and financial support in energy and environmental sectors
Development of the actual environmental certification system for school-type air purification systems
Developing a Particulate Matter managing tool-kit and measures to distribute it
Developing programs for particulate matter education and management
Composition and operation of a public-private consultative body related to schools' air purification system
Big Data & AI system
Developing Techniques for Big Data Collection, Processing, and Analysis;
Energy-Environment-linked Management Technology and Integrated Support System
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Prof. Jae-Hyun, Kim
Seokyeong University
Professor, Department of Computer Engineering 1994 ~ present
Director, Institute of Korean Electrical and Electronics Engineers
Senior Committee member, The Society of Convergence Knowledge
Research Team
Seokyeong University
Major Research Objectives
Establishment of energy-environment-linked fine dust Big Data Solution
Developing the AI-based, school-customized, energy-environment-linked Particulate Matter management and integrated support system
Key Research Content
Analysis of school energy consumption and environmental characteristics through meta analysis
Development of 'E-coding Book' for integration of various data including open data and actual data
Design and development of meta DB framework
Building integrated Big Data of school-customized energy and environment and suggestion of utilizing it
Developing analyzing and predicting systems based on AI
Developing school-customized, energy-environment-linked fine dust application - Smart Service Application