232 Gongneung-ro, Nowon-gu, Seoul, 01811, korea
Tel :+82-2-970-6793
Fax : +82-2-970-6800
Copyright © Seoul National University of Science&Technology. All rights Reserved.
Department of Environmental Engineering
Name |
Jae-Guen Phae |
MAJOR |
Waste prevention & biomass engineering |
TEL |
02-970-6617 |
E-mail |
phae@seoultech.ac.kr |
Biography
78.3 ~ 85.2 Seoul National University environmental engineering disciplines industry
86.4 ~ 88.3 Tokyo University of Science and Engineering Graduate Chemical Engineering
88.4 ~ 90.12 Tokyo University of Science and Engineering Graduate Chemical Engineering
86.4 ~ 88.3 Tokyo University of Science and Engineering Graduate Chemical Engineering
88.4 ~ 90.12 Tokyo University of Science and Engineering Graduate Chemical Engineering
Careers
1985.3 to 1990.12 Research Institute for Chemical Research, Tokyo Institute of Technology Resources Resource Recycling Research Center
1991.1-1992.9 Senior Fellow , Korea Institute of Science and Technology Center for Environmental Research
2001.7-2005.7 concurrent research officer Agriculture Development Administration Agricultural Science and Technology Research Institute
Environment Department waste treatment technology Assistance Mission subcommittee of current - 2001.1
2001.1 - Present , (such as design , Mintz , of new technology ) Korea Environmental Corporation various Council,
Technology Credit Guarantee Fund , technical evaluation committee of current - 2003.3
2002.5-2006.12 collar , Mapo-gu , a member of the Namyangju Agenda 21
Evaluation Committee of the State control room 2005.7-2006.12 ministries
2005.5 - currently , organic resource Society vice-president of South Korea
Design advisory committee of 2007.2-2008.1 Multifunctional Administrative City Construction Committee
Development Committee and 2007.6-2008.5 Gyeonggi donor area
Government Safety Department regional joint evaluation committee of current - 2008.4
Waste Resource Recycling Society , chairman of the current - 2005.1
Ministry of the Environment Committee of the Central Environmental Policy Committee - Current 2010.4
(Corresponding to the Environment Department ) lung resources Biomass Energy Center for the current - 2011.4
Members of the Prime Minister's Office 2009.9-2011.9.8 Regulatory Reform Committee
Student Sho-cho of 2011.10.17-2013.10.17 Seoul University of Science and Technology
1991.1-1992.9 Senior Fellow , Korea Institute of Science and Technology Center for Environmental Research
2001.7-2005.7 concurrent research officer Agriculture Development Administration Agricultural Science and Technology Research Institute
Environment Department waste treatment technology Assistance Mission subcommittee of current - 2001.1
2001.1 - Present , (such as design , Mintz , of new technology ) Korea Environmental Corporation various Council,
Technology Credit Guarantee Fund , technical evaluation committee of current - 2003.3
2002.5-2006.12 collar , Mapo-gu , a member of the Namyangju Agenda 21
Evaluation Committee of the State control room 2005.7-2006.12 ministries
2005.5 - currently , organic resource Society vice-president of South Korea
Design advisory committee of 2007.2-2008.1 Multifunctional Administrative City Construction Committee
Development Committee and 2007.6-2008.5 Gyeonggi donor area
Government Safety Department regional joint evaluation committee of current - 2008.4
Waste Resource Recycling Society , chairman of the current - 2005.1
Ministry of the Environment Committee of the Central Environmental Policy Committee - Current 2010.4
(Corresponding to the Environment Department ) lung resources Biomass Energy Center for the current - 2011.4
Members of the Prime Minister's Office 2009.9-2011.9.8 Regulatory Reform Committee
Student Sho-cho of 2011.10.17-2013.10.17 Seoul University of Science and Technology
Research Areas
◾ biomass resources laboratory of Seoul University of Science and Technology lungs , collective that creates have from no - in a nutshell .
无价was due to human life , that is, to minimize the effects of those which have lost value in use has on the global environment and has studied ways optimal for or is reduced spontaneously, reuse you .
Of course , we have conducted a simulation or the like of waste material properties and investigation of waste for deriving design factors corresponding to the various processing steps research to solve the problems associated with process waste , development of various resources processing system using microorganisms , such as recycling of organic waste , is also a priority research area of our lab .
At the time that has reached the limit of natural resources , as a workaround to the scarcity of resources , we are focusing on research and institutional environment and related policies and development of various resources of technology to recycle resources .
无价was due to human life , that is, to minimize the effects of those which have lost value in use has on the global environment and has studied ways optimal for or is reduced spontaneously, reuse you .
Of course , we have conducted a simulation or the like of waste material properties and investigation of waste for deriving design factors corresponding to the various processing steps research to solve the problems associated with process waste , development of various resources processing system using microorganisms , such as recycling of organic waste , is also a priority research area of our lab .
At the time that has reached the limit of natural resources , as a workaround to the scarcity of resources , we are focusing on research and institutional environment and related policies and development of various resources of technology to recycle resources .
Teaching
Waste disposal engineering
Waste treatment technology is an area to study the whole process of process from the generation of waste collection of waste disposal areas , incineration from transportation , to landfill . In this course, you have to learn how to proper disposal of waste and reduction of environmental pollution in cooperation the problem of disposal of waste and environmental pollution , and recycle waste , and basic knowledge of recycling , the recycling can be learned .
Waste resources engineering
Waste generated in large amounts by urbanization and the development of industry , have occurred in various forms by fractional excretion and fractionation . In this subject , we summarize the resources technology to waste every variety , as what has been continued in waste disposal engineering , and lectures to focus on recycling technology and treatment in the early and late , and disposal lectures will be given as an example of technology resources in a variety of things each . By students of this course , to be able to understand the technology of recycling resources listed as a new ET industry in the 21st century , and to develop the field actively in the field .
Environmental engineering experiment ( waste disposal )
By analyzing the characteristics and properties of the waste generated on a priority basis for the management and disposal of waste is important . In this subject , to understand the theory of analysis of the waste associated with the processing and management of waste , to understand through actual analysis . In various dissolution test and basic properties analysis , I culturing the data analysis capabilities and the ability of analytical testing of hazardous substances in particular . Analysis of waste , to be able to be applied to research and engineering practice the data analysis capabilities and design .
Experimental design and resource recycling
In this course , it is divided into seminars that develop presentation and ability to be implemented education projects in order to create a graduation thesis . Thesis proceeds in order to create the development of planning , preparation of experiment , experiment , data processing , reporting , and presentation materials , announced You can decide their own themes , and a decision through discussion . At the seminar , it shall be announced by decoding the English paper , to discuss the question . For the primary object of the present invention is through this process as a whole , to train project execution capabilities .
Design of the entire environment
Subject of the design of the entire environment , planning and design work of one design based on the design capacity of the basic major and theories learned in environmental engineering course to be able to solve the practical problems students of engineering collide in the field
Waste treatment technology is an area to study the whole process of process from the generation of waste collection of waste disposal areas , incineration from transportation , to landfill . In this course, you have to learn how to proper disposal of waste and reduction of environmental pollution in cooperation the problem of disposal of waste and environmental pollution , and recycle waste , and basic knowledge of recycling , the recycling can be learned .
Waste resources engineering
Waste generated in large amounts by urbanization and the development of industry , have occurred in various forms by fractional excretion and fractionation . In this subject , we summarize the resources technology to waste every variety , as what has been continued in waste disposal engineering , and lectures to focus on recycling technology and treatment in the early and late , and disposal lectures will be given as an example of technology resources in a variety of things each . By students of this course , to be able to understand the technology of recycling resources listed as a new ET industry in the 21st century , and to develop the field actively in the field .
Environmental engineering experiment ( waste disposal )
By analyzing the characteristics and properties of the waste generated on a priority basis for the management and disposal of waste is important . In this subject , to understand the theory of analysis of the waste associated with the processing and management of waste , to understand through actual analysis . In various dissolution test and basic properties analysis , I culturing the data analysis capabilities and the ability of analytical testing of hazardous substances in particular . Analysis of waste , to be able to be applied to research and engineering practice the data analysis capabilities and design .
Experimental design and resource recycling
In this course , it is divided into seminars that develop presentation and ability to be implemented education projects in order to create a graduation thesis . Thesis proceeds in order to create the development of planning , preparation of experiment , experiment , data processing , reporting , and presentation materials , announced You can decide their own themes , and a decision through discussion . At the seminar , it shall be announced by decoding the English paper , to discuss the question . For the primary object of the present invention is through this process as a whole , to train project execution capabilities .
Design of the entire environment
Subject of the design of the entire environment , planning and design work of one design based on the design capacity of the basic major and theories learned in environmental engineering course to be able to solve the practical problems students of engineering collide in the field
◾ The subject of a comprehensive design that enables you to experience the entire process of manufacturing .
Journal Papers
◾ Analysis of the Material Structure Evaluation Status by Industry and Release Type of Glass Bottle Packaging Materials, J. Korea Soc. Waste Manag, vol.41 No.1 pp.97~102, 2024배재근
◾ Analysis of Greenhouse Gas Emission Characteristics Based on the Operating Status of Food Waste and Wastewater Biogasification Facilities, J. Korea Soc. Waste Manag, vol.40 No.4 pp.400~407, 2023배재근
◾ Analysis of the Status of Undergrounding Environmental facilities and Social Return on Investment Analysis, 환경정책, vol.31 No.2 pp.103~122, 2023배재근
◾ Analysis of Lifespan of Plastic Pallets and Containers in Korea Using Probability Density Function (PDF), Sustainability (Switzerland), vol.15 No.11, 2023배재근
◾ Estimation of Marine waste Disposal through Analysis of Correlation between Weather warning and Marine waste Disposal, 환경정책, vol.31 No.1 pp.31~45, 2023배재근
◾ A Study on the Calculation of the Standard Recycling Cost of PVC Profiles and Flooring Waste in Korea, Recycling, vol.8 No.2, 2023배재근
◾ Strategies for Sustainable Management of Agricultural Waste Vinyl in South Korea, Recycling, vol.8 No.2, 2023배재근
◾ Analysis of the Effect of the Use of Food Waste Disposers on Wastewater Treatment Plant and Greenhouse Gas Emission Characteristics, WATER, vol.15 No.5, 2023배재근
◾ 국내 생활폐기물 소각시설의 투입폐기물 발열량 및 소각성능 평가, JOURNAL OF THERMAL ENVIRONMENTAL & ENGINEERS, vol.17 No.2 pp.33~40, 2022배재근
◾ 대학교 폐기물의 분리배출 실태조사를 통한 관리방안 검토*, 환경정책, vol.30 No.4 pp.163~180, 2022배재근
◾ Analysis of the Environmental and Economic Effect of the Co-Processing of Waste in the Cement Industry in Korea, Sustainability, vol.14 No.23, 2022배재근
◾ A Study on the Applicability of Bio-Sulfur as a Cement Admixture, APPLIED SCIENCES-BASEL, vol.12 No.19, 2022배재근
◾ 포장재 재질·구조 평가를 연계한 재활용분담금 할증방안 연구, 환경정책, vol.30 No.2 pp.67~80, 2022배재근
◾ 중간가공폐기물의 용어와 및 순환자원인정기준 중 유가성 기준에 대한 소고, 환경정책, vol.30 No.2 pp.81~93, 2022배재근
◾ Analysis of the Effect of Sludge Reduction and Energy Production from Introducing Anaerobic Digest Plant into a Sewage Treatment Plant, WATER, vol.14 No.11, 2022배재근
◾ A Study on the Improvement Strategy for the Relevant Recycling System based on the Occurrence Status of Used Beverage Cartons, 한국폐기물자원순환학회지, vol.39 No.1 pp.17~27, 2022배재근
◾ Improvement Measures through Analysis of the Collection System of Recyclable Resources Discharged from Apartment Houses in Korea, J. Korea Soc. Waste Manag, vol.39 No.1 pp.1~9, 2022배재근
◾ A Study on the Improvement Plan for the Colorless PET Bottle Separation Discharge From Waste Collection System, 한국폐기물자원순환학회지, vol.38 No.2 pp.165~175, 2021배재근
◾ Estimation of Fruit and Vegetable Byproducts via Analysis of Distribution Stages, J. Korea Soc. Waste Manag, vol.37 No.7 pp.468~480, 2020배재근
◾ The Improvement of Definition of Waste Related Terms and the Scope, Journal of Environmental Policy and Administration 28, vol.28 No.3 pp.41~64, 2020배재근
◾ Improving of Solid Waste Management Systems in Developing Countries; A Case Study in Vietnam, J. Korea Soc. Waste Manag., vol.37 No.3 pp.158~169, 2020배재근
◾ Industry Resource Efficiency Analysis and Improvement, Journal of Environmental Policy and Administration 28(1), vol.28 No.1 pp.23~49, 2020배재근
◾ Analysis and Management of Excess Cause of Quality Standard for Energy Recycling of Waste Tire, Journal of Korea Society of Waste Management, vol.36 No.5 pp.435~443, 2019배재근
◾ Feasibility Review and Improvement of Circulation Resource Certification System of Foreign Substance Standards - Focused on of Tire-Derived-Steel, Journal of Korea Society of Waste Management, vol.36 No.5 pp.428~434, 2019배재근
◾ Problems and Improvement of Domestic Solid Refuse Fuel Management, (JOURNAL OF ENVIRONMENTAL POLICY AND ADMINISTRATION, vol.27 No.2 pp.1~10, 2019배재근
◾ Study on Validity of Recycling Standard through Characteristics Analysis of Paper Incineration Ash and It's Recycled Products, Journal of Korea Society of Waste Management, vol.36 No.3 pp.240~249, 2019배재근
◾ 측정 항목별 분석 소요시간과 연계한 자가 측정 대행 제도 개선 연구, J. of the Korean Society for Environmental Analysis, vol.20 No.3 pp.117~130, 2017배재근
◾ Study on Possibility of Temperature Maintenance of Anaerobic Digestion Reactor by Oxidation Heat Generated in Aerobic Fermenter, J. of Korea Society of Waste Management, vol.34 No.3 pp.245~251, 2017배재근
◾ Evaluation of Operation Status for Incineration Facility Using Performance Index, 한국유화학회, vol.33 No.3 pp.507~520, 2016배재근
◾ Evaluation of Performance Index for Optimization of Food, The Korean Society of Clean Technology, vol.22 No.3 pp.181~189, 2016배재근
◾ A Study on Improvement Measures of Recycling Policies through Materials Flow Analysis of Used Steel Can, 한국폐기물자원순환학회지, vol.32 No.8 pp.780~789, 2015배재근
◾ A Study on Improvement Measures of Recycling Policies through Materials Flow Analysis of Used Aluminum Can, 한국폐기물자원순환학회지, vol.31 No.8 pp.884~893, 2014배재근
◾ A Study on the Regional Waste Resource Circulation Network Model: With Application to the Household Waste of Nowon-gu, Seoul Metropolitan City, 환경정책, vol.21 No.1 pp.137~162, 2013배재근
◾ Investigation on Economical Feasibility for Energy Business of Waste Water Sludge Discharged in ‘A’ Industrial Complex, 유기물자원화, vol.20 No.4 pp.61~74, 2012배재근
◾ Investigation on Environmental Impact of Poly Ethylene Film using Agricultural by LCA, 한국폐기물자원순환학회지, vol.29 No.6 pp.583~594, 2012배재근
◾ Assesment of the industrial Wood Waste Disposal Cost through Analysis of the Treatment Flow, 유기물자원화, vol.20 No.3 pp.34~40, 2012배재근
◾ Analysis of environmental benefit of wood waste recycling processes, 유기물자원화, vol.20 No.2 pp.15~19, 2012배재근
◾ Investigation on Material Flow Diagram for PVC(poly vinyl Chloride) Profile Based Production, Generation, Recycling and Treatment, 엘라스토머 및 콤포지트, vol.47 No.2 pp.129~140, 2012배재근
◾ Assessment of the Recycling of Resource Efficiency through investigating Treatment Flow of the Recyclables, 유기물자원화, vol.20 No.2 pp.76~88, 2012배재근
◾ Investigation on Environmental Impact of Water Supply Polyethylene Pipe by LCA, 한국폐기물자원순환학회지, vol.29 No.4 pp.379~390, 2012배재근
◾ Assesment for the Plastic Waste Disposal Cost through Analysis of the Transport Flow, 한국폐기물자원순환학회지, vol.29 No.3 pp.239~244, 2012배재근
◾ Effect of Mechanical Agitation on Generation of Airborne Bacteria and Endotoxin in Exhaust Gases from Lab-Scale Composting of Sewage Sludge, 대한환경공학회지, vol.34 No.3 pp.143~148, 2012배재근
◾ Reclaimed Products to Recycling and Energy Recovery for Sustainable Use of Closed Non Sanitary Landfills through Reclamation Works, 자원리싸이클링, vol.21 No.1 pp.17~29, 2012배재근
◾ A Study on the Validity of Rural Type Low Carbon Green Village Through Case Analysis, 대한환경공학회지, vol.33 No.12 pp.913~921, 2011배재근
◾ Extension Measures of Separate Collection on Recyclable Materials in Domestic Waste, 환경정책, vol.19 No.4 pp.73~92, 2011배재근
◾ Effect of Biodegradable Waste Particle Size on Aerobic Stabilization Reactions in MBT System, 대한환경공학회지, vol.33 No.7 pp.523~529, 2011배재근
◾ Investigation on Possibility of Automatic Color Sorting for PET Bottles by Color Recognition, 한국폐기물자원순환학회지, vol.27 No.7 pp.594~599, 2010배재근
◾ Investigation on Possibility of Automatic Color Sorting in Recycling of Glass Bottles, 한국폐기물자원순환학회지, vol.27 No.7 pp.639~645, 2010배재근
◾ Investigation on the operational state of the public food wastetreatment facilities and suggestions on their efficientoperational management, 유기물자원화, vol.18 No.1 pp.47~56, 2010배재근
◾ Effect of Artificial External Heating on Aerobic Stabilization Reaction in MBT System, 한국폐기물학회지, vol.27 No.1 pp.73~79, 2010배재근
Conference Papers
◾ 홍인기, 이종수, 배재근, A Study of the Determination of Actual Recycling Rate of Plastic waste in Municipal Solid Waste, 2023년도 춘계 학술연구 발표회 논문집, 한화호텔앤드리조트 해운대, 2023배재근
◾ 조준연, 김영신, 배재근, 음식물류 폐기물 자원화 시설 개선 및 자원화 제품 건전성 확보 방안 마련에 대한 연구, 2017년도 추계 학술연구 발표회 논문집, 한국환경산업기술원 환경산업연구단지, 2017배재근
◾ 전다래, 배재근, 조준연, 박성민, 김도완, 이종수, 정혜윤, 과채류 부산물의 발생 및 처리 현황 조사를 통한 자원 재활용량 산출, 2017년도 추계 학술연구 발표회 논문집, 한국환경산업기술원 환경산업연구단지, 2017배재근
◾ 정혜윤, 배재근, 김정대, 박준, 전국 폐기물 통계조사 연구의 사업장 폐기물 조사 및 분석방법 비교와 개선사항 도출에 관한 연구, 2017년도 추계 학술연구 발표회 논문집, 한국환경산업기술원 환경산업연구단지, 2017배재근
◾ 김도완, 박준석, 김정대, 배재근, 제지소각 바닥재의 재활용 가능성 검토, 2017년도 추계 학술연구 발표회 논문집, 한국환경산업기술원 환경산업연구단지, 2017배재근
◾ 전다래, 배재, Survey Research for improving distribution state of Agriculture by- products:Focus on the G agricultural whole market and N agriculture distribution center for hypermarket type, Journal of Japan society of waste management, 동경공업대학교, 2017배재근
◾ 정혜윤, 배재, A Study on the possibility of securing additional capacity in Gyeonggi Province G-County landfill and recycling of landfill waste, Journal of Japan society of waste management, 동경공업대학교, 2017배재근
◾ 이종수, 배재근, A Study on Sampling Method of 'National Waste Statistics Survey' in Korea, Journal of Japan society of waste management, 동경공업대학교, 2017배재근
◾ 박성민, 김영신, 배재근, A study on the development of cost estimation support system for collection and transportation of municipal waste, Journal of Japan society of waste management, 동경공업대학교, 2017배재근
◾ 조준연, 배재근, Biogas production and correlation with Volatile Fatty acid concentration in single-phase anaerobic digeste, Journal of Japan society of waste management, 동경공업대학교, 2017배재근
◾ 조준연, 배재근, 단상 혐기 발효 장치 내 유기산 농도에 따른 바이오가스 발생량 검토, 2017년도 춘계 학술연구 발표회 논문집, 전북대학교, 2017배재근
◾ 박성민, 김영신, 배재근, 생활폐기물 수집·운반에 소요되는 시간산정 모델개발에 관한 연구, 2017년도 춘계 학술연구 발표회 논문집, 전북대학교, 2017배재근
◾ 정혜윤, 홍수열, 배재근, 경기도 G군 매립지의 순환형 매립지로의 타당성 검토에 관한 연구, 2017년도 춘계 학술연구 발표회 논문집, 전북대학교, 2017배재근
◾ 김영신, 조준연, 배재근, 혐기성소화조 투입 유기물 성상변화에 따른 현기성 소화효율 연구, 2016년도 춘계학술 연구발표회 논문집, 한국교통대학교 중앙도서관, 2016배재근
◾ 황인희, 조준연, 박성민, 배재근, 중앙제어장치를 이용한 혐기성소화조 중온소화온도영역 제어에 관한 연구, 2016년도 추계학술 연구발표회 논문집, 한국교통대학교 중앙도서관, 2016배재근
◾ 황인희, 조준연, 박성민, 배재, 자가 재활용형 도시 음식물류폐기물 발효소멸화 퇴비장치의 적정성 검토, 2016년도 추계학술 연구발표회 논문집, 한국교통대학교 중앙도서관, 2016배재근
◾ 정혜윤, 김영신, 배재근, 건설폐기물 원단위 발생량 산정 방법에 관한 연구, 2016년도 춘계학술 연구발표회 논문집, 한국교통대학교 중앙도서관, 2016배재근
◾ 서효정, 김영신, 조준연, 배재근, 음식물류폐기물 종합관리체계 구축을 위한 배출부터 이용까지의 문제점 도출 및 개선사항 검토, 2016년도 춘계학술 연구발표회 논문집, 한국교통대학교 중앙도서, 2016배재근
◾ 배재근, 최우석, 조즌연, 김영신, 호기발효 산화열을 이용한 혐기소화시스템의 가온 가능성 검토, 2016년도 춘계학술연구발표회 논문집, 건국대학교 해봉부동산학관, 2016배재근
◾ 김주신, 박성민, 양경아, 배재근, 생활자원회수센터의 재활용품 반입량 및 선별량 분석을 통한 개선방안 검토, 2016년도 춘계학술연구발표회 논문집, 건국대학교 해봉부동산학관, 2016배재근
◾ 김영신, 박성민, 배재근, 고형물회수를 전제로 한 공동주택 디스포저 도입 타당성 검토, 2016년도 춘계학술 연구발표회 논문집, 건국대학교 해봉부동산학관, 2016배재근
◾ Joo-Sin Kim, Young-Shin Kim, Chae-Gun Phae, A Study on the Improvement of National Waste Statistical Reseearch Method based on the Evaluation of Previous National Statistical Researches on Municipal Solid Wastes, 3R International Scientific Conference on Material Cycles and Waste Management, 베트남 하노이 멜리아 호텔, 2016배재근
◾ Woo-seok Choi, Kim·Young-Shin, Chae-Gun Phae, A Study on the Heating Effect study and Biogas Production Characteristics of Using Aerobio Oxidative Decomposition Heat Anaerobic digester Heating uses, 3R International Scientific Conference on Material Cycles and Waste Management, 베트남 하노이 멜리아 호텔, 2016배재근
◾ 황인희, 이종수, 김영신, 배재근, 전국폐기물통계조사 선행조사 비교와 차후 조사 개선방안 마련에 관한 연구, Korea Society of Waste Management Conference, 목포대학교, 2015배재근
◾ 김영신, 황인희, 이종수, 배재근, 해외 통계조사 사례연구를 통한 국내 전국 폐기물 통계조사 방법 개선에 관한 연구, Korea Society of Waste Management Conference, 목포대학교, 2015배재근
◾ 박석현, 조준연, 배재근, 철캔의 재활용 단계별 물질흐름 및 해외 재활용 정책 분석을 통한 국내 재활용 정책 개선에 관한 연구, Korea Society of Waste Management Conference, 목포대학교, 2015배재근
◾ 서효정, 김영신, 최우석, 양경아, 전병선, 배재근, 생활폐기물 수집운반비용 원가산정 지원 시스템개발 표준화기반 마련에 관한 연구, Korea Society of Waste Management Conference, 목포대학, 2015배재근
◾ 김영신, 최우석, 서효정, 박성민, 배재근, 호기성산화발효열을 이용한 혐기성화시스템 : 고농도유기성폐기물처리효율평가, Korea Society of Waste Management Conference, 목포대학교, 2015배재근
◾ 서효정, 최우석, 유문박, 김영신, 배재근, 물질흐름도를 통한 재활용품목별 표준 프로세스 수립에 관한 연구, Korea Society of Waste Management Conference, 대전컨벤션센터, 2015배재근
◾ 박대식, 김영신, 최우석, 전병선, 박성민, 임성호, 정경수, 김도완, 신형모, 양경아, 배재근, 합성수지류 재활용품의 회수 및 재생단계별 경제성 분석에 관한 연구, Korea Society of Waste Management Conference, 대전컨벤션센터, 2015배재근
◾ 최우석, 김영신, 서효정, 배재근, Study of Effect of Aerobic Fermentation Oxidation Heat on Mintaining the Temperature of the Anaerobic Digester, 3R International Scientific Conference on Materal Cycles and Waste Management, 대전컨벤션센터, 2015배재근
◾ 정준구, 김차자, 정유정, 신상진, 배재근, 최우석, 원승현, 녹색도시 조성을 위한 도농복합형 마을의 생활쓰레기 민원발생 동향분석연구, Korea Society of Waste Management Conference, 대전컨벤션센터, 2015배재근
◾ 박대식, 김혜진, 최우석, 유문박, 박성민, 임성호, 정경수, 김도완, 신형모, 배재근, 대도시 S구의 EPR대상 포장재 선별현황에 관한 연구, Korea Society of Waste Management Conference, 인천대학교, 2014배재근
◾ 최우석, 김영신, 박대식, 김혜진, 김도완, 유문박, 배재근, 중온 혐기성소화에서 유기물부하가 소화효율에 미치는 영향 검토, Korea Society of Waste Management Conference, 인천대학교, 2014배재근
◾ 김혜진, 김영신, 김도완, 배재근, 해외제도 분석을 통한 국내 재활용업·허가 제도 개선 방안 마련, Korea Society of Waste Management Conference, 인천대학교, 2014배재근
◾ 김혜진, 김도완, 홍수열, 배재근, 의료폐기물 장거리 이동 처리체계 개선 방안 마련 연구, Korea Society of WAste Management Conference, 부산동의대학교, 2014배재근
◾ 박대식, 엄대한, 김혜진, 최우석, 유문박, 김도완, 배재근, 음식물류폐기물 수거차량 악취저감장치 개발에 관한 연구, Korea Society of WAste Management Conference, 부산동의대학교, 2014배재근
◾ 최우석, 박대식, 엄대한, 김혜진, 유문박, 김도완, 배재근, 호기성분해 산화열을 가온용에너지로 이용하는 혐기발효시스템 온도유지에 관한 연구, Korea Society of WAste Management Conference, 부산동의대학교, 2014배재근
◾ 최인호, 안정광, 배재근, A study on improvement recycling system throuygh analysis of plastic waste management system, Korea Society of WAste Management Conference, 제주국제컨벤션센터, 2013배재근
◾ 최인호, 안정광, 홍수열, 유성진, 배재근, A Study on improvement of the recycling system through analysis of waste wood management system, Korea Society of WAste Management Conference, 제주국제컨벤션센터, 2013배재근
◾ 박대식, 최인호, 엄대한, 김혜진, 이왕건, 김도완, 배재근, A study on reducing foodwaste ordor using microorganisms, Korea Society of WAste Management Conference, 제주국제컨벤션센터, 2013배재근
◾ 김혜진, 안정광, 최인호, 엄대한, 박대식, 이진기, 배재근, A Study on improvement of recycling system through analysis of material flows of medium-sized electronics waste, Korea Society of WAste Management Conference, 제주국제컨벤션센터, 2013배재근
◾ 김혜진, 최인호, 엄대한, 박대식, 배재근, Feasibility evaluation and technical review for low carbon village, Korea Society of WAste Management Conference, 제주국제컨벤션센터, 2013배재근
◾ 엄대한, 안정광, 최인호, 배재근, 유기물의 혼합비율에 따른 호기성소화 발열온도 비교 연구, 2013 도 추계학술연구발표회 논문집, 단양 대명리조트 평강동, 2013배재근
◾ 박대식, 안정광, 안희영, 최인호, 엄대한, 김혜진, 배재근, 음식물류 폐기물 물질흐름 단계별 환경성 및 경제성 분석평가, 2013년도 추계학술연구발표회 논문집, 단양 대명리조트 평강동, 2013배재근
◾ 안정광, 이진기, 배재근, 물질흐름분석을 통한 폐가전제품의 재활용 시스템 극대화 방안 연구, 2013년도 춘계학술연구발표회, 단양 대명리조트 평강동, 2013배재근
◾ 최인호, 홍수열, 유성진, 배재근, 건설폐목재 물질흐름 분석을 통한 제도개선 연구, 2012년도 추계학술연구발표회, 세종대학교 컨벤션센터 광개토관, 2012배재근
◾ 안정광, 홍수열, 배재근, 폐알루미늄캔의 물질흐름분석을 통한 재활용제도 개선방안 검토, 2012년도 추계학술연구발표회, 세종대학교 컨벤션센터 광개토관 지하2층 컨벤션홀A, 2012배재근
◾ A Comparative Analysis by LCA(Life Cycle Assessment) in Recycling as Renewable Energy and Recyclable Materials of Wood Waste, ISWA, 2011배재근
◾ A Detail Design for Implementation of the Waste Census, ISWA, 2011배재근
◾ A Study on Quality Standard and Current Status for Recycling of Inorganic Sludge, ISWA, 2011배재근
◾ Extension Measures of Saparate Collection in Recyclabe Materials in Domestic Waste, ISWA, 2011배재근
◾ 퇴비원료의 반연속적 투입이 퇴비화공정의 공기 중 부유세균 발생에 미치는 영향, 추계 공동학술대회, 2011배재근
◾ The Mixing Ratio of Empty Deposit Refund Bottle in EPR-Targeted Glass Bottles and Relevant Improvement Plans, ISWA, 2011배재근
◾ 퇴비화공정의 바이오에어로졸 발생 농도 특성 : 공극개량제 영향, 춘계학술연구발표회, 2011배재근
◾ 이상범, 배재근, 유기성폐기물의 혐기성소화에서 철염 첨가에 따른 황화수소의 변화, 2011년도 춘계학술연구발표회 논문집, 강원대학교 60주년 기념관, 2011배재근
◾ 폐수슬러지의 업종별 특성분석에 따른 최적고형 연료화 방안, 한국폐기물자원순환학회 2010 추계학술발표회, 2010배재근
◾ 철강·전기전자업종 폐수슬러지의 특성분석을 통한 최적자원화 방안 검토, 한국폐기물자원순환학회 2010 추계학술발표회, 2010배재근
◾ 저탄소 녹색마을 구현을 위한 S시의 자원 및 에너지 시스템 적용방안, 한국폐기물자원순환학회 2010 추계학술발표회, 2010배재근
◾ 주요 폐기물 전처리시설에서 발생되는 매립대상 중간처리 잔재물의 특성, 한국폐기물자원순환학회 2010 추계학술발표회, 2010배재근
◾ 지역산업과 연계되는 B광역시 권역 자원순환망 구축방안 검토, 한국폐기물자원순환학회 2010 추계학술발표회, 2010배재근
◾ 국내 폐촉매 처리실태조사를 통한 재활용 촉진방안 검토, 한국폐기물자원순환학회 2010 춘계학술발표대회, 2010배재근
◾ 기계적 처리과정(MT)을 거친 생활폐기물 중 호기성안정화반응기(BT)를 이용한 감량화 및 안정화 효율 검토, 한국폐기물자원순환학회 2010 춘계학술발표회, 2010배재근
◾ 물질흐름분석기법에 의한 단열재용 스티로폼의 연도별 폐기물발생량 추정분석, 대한환경공학회 2010 춘계학술대회, 2010배재근
Books
◾ 윤오섭, 기후변화와 녹색환경, 저서, 978-89-425-1863-0, 도서출판 동화기술, 2014배재근
◾ 배재근, 폐자원 바이오매스 에너지화 정책 및 기술, 기타, 978-89-5761-346-7, A-JIN, 2013배재근
◾ 배재근, 바이오매스와 저탄소녹색마을, 저서, 978-89-5761-332-0, 도서출판 아진, 2012배재근
Patents
◾ 회전드럼형 혐기소화장치, 특허 등록, 대한민국, 2016배재근
◾ 호기성 발효열을 가온에너지로 사용하는 혐기소화시스템, 특허 등록, 대한민국, 2016배재근
◾ 호기성발효조의 발효열을 가온용 에너지로 이용하는 대용량 유기성 폐기물 혐기성소화 시스템, 특허 등록, 대한민국, 2015배재근
◾ 호기성발효조의 발효열을 가온에너지로 이용하는 대용량 하.폐수 농축오니 혐기성소화 시스템, 특허 등록, 대한민국, 2015배재근
◾ 음식물류 폐기물 수거차량의 악취제거시스템, 특허 등록, 대한민국, 2015배재근
◾ 호기성 발효열을 가온에너지로 사?, 특허 등록, 대한민국, 2014배재근
◾ 연속식 호기, 혐기 건식발효시스템 및 방법, 특허 등록, 대한민국, 2013배재근
◾ 생활폐기물중의 생분해성 폐기물의, 특허 등록, 대한민국, 2012배재근
Projects
◾ 통합 바이오가스화 시설 업무지침 및 운영기준 마련 등 업무이관(과기대), (주)한국종합기술, 2019.06.~2019.12.배재근
◾ 개발도상국의 폐기물 관리체계 개선방안 연구; 베트남을 중심으로, 산학협력단, 2019.03.~2019.12.배재근
◾ 통합 바이오가스화시설 설치사업 업무지침 및 운영기준 마련 등, 한국환경공단, 2019.02.~2019.12.배재근
◾ 방치폐기물 정밀조사 및 타당성조사 용역, 영월군청, 2018.12.~2019.05.배재근
◾ 타격건조선별기 성능평가, (주)제이에스티, 2018.10.~2019.02.배재근
◾ 재활용가능자원의 분리수거 및 생활자원회수센터 운영 효율화 방안 연구, 환경부, 2018.05.~2018.10.배재근
◾ '18년도 폐자원에너지화 특성화대학원사업, 한국환경공단, 2018.03.~2019.02.배재근
◾ 폐기물 종류별 및 재활용 방법별 잔재물 발생계수 산정방안 마련을 위한 연구, 환경부, 2017.12.~2018.03.배재근
◾ 4차 산업혁명 선도를 위한 폐기물처리 정책 확대방안 마련 연구 용역, 평화엔지니어링(주), 2017.11.~2018.06.배재근
◾ 17년 폐자원에너지화 특성화대학원사업, 환경부, 2017.03.01.~2017.12.31.배재근
◾ '17년도 폐자원에너지화 특성화대학원사업, 한국환경공단, 2017.03.~2018.02.배재근
◾ 과채류 부산물의 발생 및 처리 현황조사를 통한 과채류 부산물의 유통구조 개선(안) 제시, 농촌진흥청, 2017.01.~2019.12.배재근
◾ 음식물류 폐기물 처리실태 조사 및 관리방안 연구 용역, 환경부, 2016.06.~2017.02.배재근
◾ 제주 환경자원순환센터(소각시설)조성사업 입찰설계 공정분야 설계용역 중 폐기물성상조사, (주)한국종합기술, 2016.05.~2016.07.배재근
◾ 자가 재활용형 도시 음식물류폐기물 발효소멸화 퇴비장치 개발, 서울녹색환경지원센터, 2016.04.~2016.12.배재근
◾ SRF(고형연료) 및 바이오가스 시장 현황 및 전망에 대한 연구, 한영회계법인, 2016.03.~2016.03.배재근
◾ 유기성폐기물 및 퇴비/사료 산업현황 및 향후 전망에대한 연구, 맥쿼리캐피탈코리아(주), 2015.11.~2016.04.배재근
◾ 생활폐기물 종류별 수집운반 체계 분석(2차년도), (주)이쓰리, 2015.10.~2016.09.배재근
◾ 대학교육백서(2011.10-2015.10) 편찬, 산학협력단, 2015.07.~2015.10.배재근
◾ 합성수지재질 포장재의 생산 유통실태조사 연구, (사)한국포장재재활용사업공제조합, 2015.04.~2015.12.배재근
◾ 제5차 전국폐기물통계조사 실시설계 연구, 한국환경공단, 2015.04.~2015.11.배재근
◾ 폐유리를 활용한 친환경 공동주택 층간소음 감쇠재 개발, (주)친환경건축디자인시공연구센터, 2015.04.~2017.03.배재근
◾ 군산대학교 용역보고서에 대한 타당성 검토, (주)보광바이오텍, 2015.03.~2015.04.배재근
◾ 생활폐기물 종류별 수집운반 체계 분석, (주)이쓰리, 2014.12.~2016.09.배재근
◾ EPR 분담금 단가 산정에 관한 연구, (사)한국포장재재활용사업공제조합, 2014.06.~2014.11.배재근
◾ 폐유리의 물리적특성 분석 및 응용기술개발, (주)친환경건축디자인시공연구센터, 2014.05.~2015.03.배재근
◾ 대전 음식물·음폐수 바이오가스화시설 설치공사 중 폐기물처리설치등 공사(건축제외) 기본설계중 성산분석에 관한 연구, (주)삼안, 2014.03.~2014.03.배재근
◾ 고양 바이오매스에너지시설 설치사업 성능검증용역, 고양시 환경친화사업소, 2014.03.~2014.05.배재근
◾ 생활폐기물 수집·운반·처리 원가산정 표준화 연구 용역, (주)이쓰리, 2013.12.~2014.03.배재근
◾ 예당SRF(Solid Refuse Fuel) PLANT 설치사업 기본 및 실시설계, 벽산엔지니어링(주), 2013.11.~2014.01.배재근
◾ 예당 SRF Plant 성상조사 연구용역, 벽산엔지니어링(주), 2013.11.~2014.01.배재근
◾ 환노위 정책연구용역(농촌지역 쓰레기분리수거 실태조사 및 제도개선 방안에 대한 연구), 국회사무처, 2013.11.~2013.12.배재근
◾ 농어촌 지역 쓰레기 분리수거 실태조사, 국회사무처, 2013.09.~2013.12.배재근
◾ 폐기물 감량화사업 연구, (주)한미엔텍, 2013.08.~2015.03.배재근
◾ [LINC 2차](주)이지플러스원-폐열회수형 냉난방 가온 환기장치, 서울과학기술대학교 산학협력단, 2013.07.~2013.11.배재근
◾ 호기성분해 산화열을 가온용에너지로 이용하는 혐기발효시스템 개발, 한국환경산업기술원, 2013.05.~2016.03.배재근
◾ 복합미생물 BM을 이용한 하수슬러지 감량율 실험, (주)이쓰리, 2013.04.~2013.08.배재근
◾ 군산시 폐자원 에너지화시설 민간투자사업 제안서 검토의 수요 추정 및 편익 산정, 한국개발연구원, 2013.04.~2013.08.배재근
◾ 오니 해양투기 금지에 따른 대착 마련 연구 용역, 환경부, 2013.03.~2013.09.배재근
◾ 폐알루미늄캔 물질흐름도 분석을 통한 제도 개선 방안 연구, 산학협력단, 2013.03.~2015.02.배재근
◾ 기질에 따른 호기성 산화열 유지 방안 검토, 산학협력단, 2013.03.~2015.02.배재근
◾ 음식물류 폐기물 수거차량의 악취저감기술(제품) 개발, 서울산업통상진흥원, 2012.12.~2013.11.배재근
◾ 폐건축자재의 통합 회수.재활용체계 구축방안 연구, 한국바이닐환경협의회, 2012.07.~2012.12.배재근
◾ 인천 서구 생태 자원순환산업 특구계획 수립 방안 연구, 인천서부환경사업협동조합, 2012.04.~2012.06.배재근
◾ 매립폐기물 성상분석 및 매립가스 발생량 예측, 씨이브이(주), 2012.04.~2012.10.배재근
◾ 폐자원 바이오매스 에너지화분야, 환경부, 2012.03.~2014.02.배재근
◾ 폐기물처리 및 에너지화사업 타당성조사 용역 중 폐기물성상조사, (주)동일기술공사, 2011.12.~2012.02.배재근
◾ 제4차 전국 폐기물 통계조사 실시설계 연구, 한국환경공단, 2010.08.~2011.02.배재근
◾ 저탄소 녹색마을 홈페이지 컨텐츠 제작, 코리아데이타코퍼레이션(주), 2010.06.~2010.09.배재근
◾ 가평군 생활폐기물 전처리시설 실시설계 용역(쓰레기 성상조사), (주)제일엔지니어링, 2010.05.~2010.07.배재근
◾ 오니류의 재활용중간가공물 품질인증 기준마련 연구, 한국환경공단, 2010.04.~2010.12.배재근
◾ 시흥시의 녹색마을 모델개발과 바람직한 도입방안 모색, 시흥환경기술개발센터, 2010.03.~2010.12.배재근
◾ 순천시 자원순환센터 민간투자사업 제안서 검토(수요 및 편익산정), 한국개발연구원, 2010.01.~2010.04.배재근
Awarded
◾ 교내연구우수교수상, 교내연구우수교수상(2013학년도), 산학협력단, 2014배재근
◾ 우수발표논문상, 한국폐기물자원순환학회, 2011배재근
◾ 기계적 처리과정(MT)을 거친 생활폐기물 중 호기성안정화반응기(BT)를 이용한 감량화 및 안정화 효율 검토, (사)한국폐기물자원순환학회, 2010배재근