2019 CSR Report
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												  Bulletin FEBRUARY 2013ISSUE 51- 52 Bulletin FEBRUARY 2013 Kaohsiung Exhibition & Convention Center BANGKOK BEIJING HONG KONG SHANGHAI SINGAPORE TAIWAN CONTENTS AWARDS AND RECOGNITIONS 01 MAA Bulletin Issue 51- 52 February 2013 BIM PROJECT CASE STUDY 12 MAA TAIPEI NEW OFFICE 13 PROJECTS 1ST MAY 2011 TO 29TH 14 FEBRUARY 2012 Founded in 1975, MAA is a leading engineering and consulting service provider in the East and Southeast Asian region with a broad range PROFESSIONAL ACTIVITIES 22 of focus areas including infrastructure, land resources, environment, - PROFESSIONAL ACTIVITIES buildings, and information technology. - PROFESSIONAL AWARDS/HONORS - SEMINARS AND CONFERENCE - TECHNICAL PUBLICATIONS To meet the global needs of both public and private clients, MAA has developed sustainable engineering solutions - ranging from PERSONNEL PROFILES 26 conceptual planning, general consultancy, engineering design to project management. MAA employs 1000 professional individuals with offices in the Greater China Region (Beijing, Hong Kong, Shanghai, Taiwan), Mekong Region (Bangkok), and Southeast Asian Region (Singapore), creating a strong professional network in East/Southeast Asia. MAA’s business philosophy is to provide professional services that will become an asset to our clients with long lasting benefits in this rapidly changing social-economic environment. ASSET represents five key components that underlineMAA ’s principles of professional services: Advanced Technology project Safety client’s Satisfaction ISO 9001 and LAB CERTIFICATIONS Economical Solution Timely
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												  Taipei City Voluntary Local ReviewSep. 2020 Sep. 2020 Table Of Contents Mayor Ko’s Preface 05 COVID-19 Pandemic and the Sustainable Development Actions of the City 08 Executive Summary 16 Visions and Goals 22 Policies and Environment 26 Background and Methodology 30 Priority Promotion Goals and Outcomes 36 Future Prospects 106 Appendix 110 2020 Taipei City Voluntary Local Review Mayor Ko’s Preface In line with the international trend of differences and different religious cultures, sustainable development, Taipei City has built a and remain friendly to foreigners and migrant common language and tighter partnership with workers. We deeply believe that only by building global cities. We follow the United Nations’ a tolerant and inclusive society can bring up a framework of Sustainable Development Goals sustainable city with shared prosperity. (SDGs) and combine the city government’s The global outbreak of the Severe Pneumonia Strategic Map for the governance vision and with Novel Pathogens (COVID-19) in 2020 has guidelines toward 2030. The first report of Taipei impacted the world’s sustainable development. City Voluntary Local Review (VLR) was published Epidemic prevention must be facilitated with the in 2019. To tackle the all-around challenges of cooperation of central and local governments. sustainable development for environment, society, Taipei City has taken epidemic prevention and economy more proactively, Taipei City measures in advanced, including quarantine continues and expands the review concerning a hotels, disease prevention taxis, online learning total of 11 SDGs this year. These improve our systems, disaster relief volunteers, and face review of the city’s sustainability, publishing the masks vending machines. On the other hand, 2020 Taipei City VLR.
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												  Mitigating Health and Environmental Risks from E-Waste Dismantling Via Plasma Arc Gasification Wte and Sustainable Materials Management ModelingMitigating Health and Environmental Risks From E-Waste Dismantling via Plasma Arc Gasification WtE and Sustainable Materials Management Modeling The Harvard community has made this article openly available. Please share how this access benefits you. Your story matters Citation Jao, Angelina H. 2016. Mitigating Health and Environmental Risks From E-Waste Dismantling via Plasma Arc Gasification WtE and Sustainable Materials Management Modeling. Master's thesis, Harvard Extension School. Citable link http://nrs.harvard.edu/urn-3:HUL.InstRepos:33797268 Terms of Use This article was downloaded from Harvard University’s DASH repository, and is made available under the terms and conditions applicable to Other Posted Material, as set forth at http:// nrs.harvard.edu/urn-3:HUL.InstRepos:dash.current.terms-of- use#LAA Mitigating Health and Environmental Risks from E-waste Dismantling Via Plasma Arc Gasification WtE and Sustainable Materials Management Modeling Angelina H. Jao A Thesis in the Field of Sustainability and Environmental Management For the Degree of Master of Liberal Arts in Extension Studies Harvard University March 2016 Copyright 2016 Angelina Hsiaoping Jao Abstract Informal E-waste recycling is an epidemiological and environmental crisis of unprecedented scale and complexity in human history. The demand and scarcity of rare earths and heavy metals, compounded by the sheer volume of untrackable flows of E- waste, present both opportunity and crises. Grey (undocumented) markets continue growing in tandem with expanding shipments of E-waste. The poorest marginalized communities employ dangerously elementary E-waste dismantling methods to extract small quantities of valuable metals for subsistence-level resale. Research indicates there are many persistent and new toxicological risks to ecosystems and human health, with pregnant women and children suffering the highest chronic damage from multi-channel exposures to chemical compounds.
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												  Policies and Measures of Waste Disposal and Treatment in Taiwan Dr68 Chinese Taipei 69 Taipei County Keelung City Taipei City Taoyuan County Hsinchu Ilan County County Miaoli County Taichung Area Changhua County Hualien Nantou County County Yuinlin County Chiayi County Tainan Area Kaohsiung County Taitung County Pingtung County Kaohsiung City 70 71 Towards Zero Waste Society. New Management Policies for Solid Waste Disposal in Chinese Taipei Dr. Harvey Houng, Advisor, Department of Solid Dr. Kuo-Shuh Fan, Associate Professor, Depart- Waste Management, Environmental Protection ment of Safety, Health, and Environmental Engi- Administration neering, National Kaohsiung First University of Policies and Measures of Waste Disposal and Science and Technology Treatment in Taiwan. Management and Performance of Chinese Taipei’s Waste Recycling Fund. Dr. Stephen S.H. Shen, Commissioner, Depart- ment of Environmental Protection, Taipei City Mr. Abraham Shu, General Manager & Government Ms. Rosalia Hsieh, Director, Business Develop- Waste Management Policies and Services in ment, Swire SITA in Chinese Taipei Taipei. Overview of Solid Waste Incineration and Management in Taiwan. ¢ Dr. Chao-Yih Chen, Director General & Dr. Nein-Hsiung Kao, Deputy Director General, Industrial Development Bureau, Ministry of Eco- nomic Affairs, Chinese Taipei An Overview of Chinese Taipei‘s Cleaner Produc- tion Promotion Activities. 70 71 72 73 Policies and Measures of Waste Disposal and Treatment in Taiwan Dr. Harvey Houng Advisor, Environmental Protection Administration, Taiwan, ROC Foreword Although industries in Taiwan were booming, the weight of industrial wastes (including hazardous waste) was far greater than that of garbage. Taiwan is an island with dense population but Furthermore, the Qi-Shan River Incident that took limited available space. During the 1950s, light place in 2000 had a huge and negative impact industries started to take off in Taiwan.
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												  Management of Restored Landfills in Selected Places Research Office Legislative Council SecretariatFact Sheet Management of restored landfills in selected places Research Office Legislative Council Secretariat FS02/18-19 1. Introduction 1.1 In Hong Kong, while three strategic landfills with a total area of 271 hectares are still in active operation, 13 landfills totalling 320 hectares closed during 1975-1996 are being restored for a minimum duration of 30 years. Prolonged restoration for closed landfills is necessary for management of various environmental hazards. For instance, landfill gas generated from waste decomposition could migrate horizontally and present odour nuisance, fire and explosion risks to the neighbourhood.1 Moreover, polluting leachate generated from solid waste could contaminate the surrounding water bodies.2 Furthermore, ground settlement of landfills is unsteady due to variations in waste decomposition beneath the surface, posing risks of capping rupture and slope instability. To address these environmental risks, good practice of landfill restoration first requires installation of treatment facilities upon closure of the landfills, followed by safe utilization of the sites during the aftercare period.3 1.2 In line with global practice, the Government had appointed two contractors to install restoration facilities (e.g. leachate treatment plant, landfill gas flaring plant and capping layers) in the 13 closed landfills during 1996-2006, with a total capital cost of HK$1.3 billion. For the subsequent aftercare work, whereas these two contractors are obliged to manage the environmental impacts in the next 30 years, these sites were used as 1 More specifically, landfill gas comprises methane, a sort of greenhouse gas leading to global warming. Landfill gas took up about 3% of global greenhouse gas emissions in 2010.
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												  ECOVE Environment Corporation Corporate Sustainability Report Corporate Social Responsibility ReportECOVE Environment Corporation Corporate Sustainability Report Corporate Social Responsibility Report 0 1 02 Messages 03 Overview 07 Most Reliable from Chairman 03 About ECOVE 06 Sustainability Performance 02 08 Corporate Governance 09 Sustainability 28 Integrity Management 39 Innovations 47 Most Reliable Management and Sharing 28 Management Governance 09 Advocating for CSR 3 1 Internal Control System 39 Innovative Research and Development 13 Materiality Analysis 3 1 Legal Compliance 40 Service Quality 24 Sustainable 33 Information Disclosure 42 Development Goals Sustainable Supply 34 Risk Management 26 Participation in Chain Management External Entities 36 Management Performance and Industry Outlook 03 48 Environmental Sustainability 49 Climate Change and 60 Mitigating Environmental Impacts 64 Most Reliable Resource Utilization 60 Energy and Resource Conservation 49 Energy-from-Waste (EfW) 6 1 Euents and Waste Management 56 Circular and Low-carbon Economy 63 Participation in Public Infrastructure 04 65 Social Co-prosperity 66 Talent Caring 73 Safe and Healthy 85 Social Participation 93 Most Reliable Workplace 66 Talent Composition 85 Community Activities and Compensations 73 Occupational Safety and that Link with Operations 68 Human Rights Health Committee 88 Building a lasting community Protection and Benefits 78 Workplace Disaster 90 Friendly corporate volunteering 72 Talent Development Prevention 83 Occupational Safety and Health Management and Table of Future Outlook Contents 05 94 Appendix 95 About This Report 97 GRI Standards Index 103 Statement of Third-Party Assurance 2018 01 Overview Messages from Chairman The strength of an enterprise comes from the collective eort of all of its member. Every step of ECOVE's fulfillment of CSR relies on the day-to-day eorts of our sta.
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												  A Study on the Strategies for Developing Circular Economy in Taoyuan City, Taiwan An-Pi Chang, Jyh-Dong LinInternational Journal of Scientific & Engineering Research, Volume 7, Issue 8, August-2016 1291 ISSN 2229-5518 A Study on the Strategies for Developing Circular Economy in Taoyuan City, Taiwan An-Pi Chang, Jyh-Dong Lin Abstract— The “Circular Economy”, as a result, would become a competitive advantage for economic development in recent years. In this study, information collection and SWOT analysis have been conducted, focusing on the resource utilization and waste management by the manufacturing, agriculture, animal husbandry, aquaculture, water resources and energy industries within the industrial zones in Taoyuan City, Taiwan. Expert opinions from the industries, government and academic circles have been integrated to plan for and provide short, mid and long-term recommendations for the policy makers. It is hoped that these efforts would help improve the structure of resource cycling and reutilization in the industries, achieve vertical integration of the whole supply chain and establish a communication platform horizontally to synergize relevant resources. The purpose is to minimize industrial waste and optimize the value of recycled waste, thereby reducing raw materials exploitation. In the R&D process, it is also important to take into account the life cycle of the products and to improve the waste re-utilization rate throughout the manufacturing process. The ultimate purpose is to reduce the environmental burden caused by economic development, facilitate the transformation from a linear economy to a circular economy and, eventually, fulfill the objective of “Zero Waste” and sustainable development. Index Terms— sustainable development, circular economy, supply chain, life cycle, Zero Waste —————————— —————————— 1 INDUSTRIAL DEVELOPMENT STATUS FOR TAOYUAN CITY, TAIWAN HE concept of transforming waste into usable resources turing industries are divided into 26 categories.
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												  Curriculum Vitae for Kw HipelCURRICULUM VITAE Ni-Bin Chang FNAI, FAAAS, FASCE, FIEEE, FSPIE, FRSC, FIAAM, FEurASc, LEED Professor, Department of Civil, Environmental and Construction Engineering Director, Stormwater Management Academy University of Central Florida Orlando, Florida, 32816, USA Telephone: (407) 823-1375 Email: [email protected] Homepage: http://www.cece.ucf.edu/chang/ Stormwater Management Academy: http://www.stormwater.ucf.edu/ Dec. 2020 2 TABLE OF CONTENTS SUMMARY OF RESEARCH INTERESTS AND ACHIEVEMENTS ................................................................ 4 HONOR AND AWARDS ....................................................................................................................................... 5 National Awards .................................................................................................................................................. 5 International Awards ............................................................................................................................................ 5 Best Paper Awards ............................................................................................................................................... 5 University of Central Florida Awards .................................................................................................................. 6 DEGREES ............................................................................................................................................................... 5 JOURNAL EDITORSHIPS ...................................................................................................................................