Topic
Theme
Entity
Country
First Name
Last Name
Title
Assessing human health and environmental risks of landfill gas from a massive open dumpsite
Theme 1: Protecting human health and the quality of the environment
The University of Tokyo
Japan
Leticia
dos Muchangos
Project Assistant Professor
Long-term blood dioxin concentration follow-up detection of incineration plant workers
Theme 1: Protecting human health and the quality of the environment
ECOVE Environment Services Corporation
Taiwan
Ting-Fang
Hu
Engineer
Estimation of Macro-plastic in Al Seen beach in Muscat Governorate
Theme 1: Protecting human health and the quality of the environment
Sultan Qaboos University
Oman
Noor
Student
Measuring the Carbon-Saving Benefits of Waste Prevention Programs
Theme 2: Mitigating climate change
LIPOR
Portugal
Susana
Freitas
Associate
Campaigning for food waste reduction
Theme 2: Mitigating climate change
be’ah
Oman
Ahmed
Al-kharusi
Assistant Manager
Overcoming barriers to methane mitigation in the waste sector: Policy recommendations to drive down methane emissions in Latin America and the Caribbean
Theme 2: Mitigating climate change
Global Methane Hub
Chile
Kate
Seigel
Manager
Roadmap Towards Zero Waste and Zero Emissions
Theme 2: Mitigating climate change
Ministry of Environment and Forestry
Indonesia
Rainer
Oroh
Staff
Abatement of Climate Impact from Use of Technological Innovations for Landfill Closures and Renewable Energy Development
Theme 2: Mitigating climate change
Watershed Geosynthetics
USA
Rutuparna
Joshi
Principle Engineer
Resilient sustainable healthcare waste management: a systematic review of approaches during the Covid-19 pandemic
Theme 2: Mitigating climate change
Liverpool John Moores University/THIS Institute, University of Cambridge
United Kingdom
Timothy Kurannen
Baaki
Senior Lecturer
Rural sanitation and climate change: Mitigating climate change by increasing access to rural sanitation
Theme 2: Mitigating climate change
ADB funded project
Mongolia
Odgerel
Dalkhjav
Environmental specialist
Driving Energy Efficiency At Wastewater Treatment Plants Through Codigestion Of Sludge And Thermally Hydrolysed Biomass From The Organic Fraction Of Msw (Ofmsw
Theme 3: Driving resource efficiency and the circular economy
ECONWARD TECH
Madrid
Pedro
Lorenzo
Strategic Project Manager
Food for thought
Theme 3: Driving resource efficiency and the circular economy
Kingston University
UK
Purva
Tavri
Lecturer
The circularity of food: More efficient consumption and less waste to the container
Theme 3: Driving resource efficiency and the circular economy
Universidad Nacional Mayor de San Marcos
Peru
Alberto
Huiman Cruz
Professor
Action Plan for the Sustainable Production and Consumption of food in Sultanate of Oman.
Theme 3: Driving resource efficiency and the circular economy
Sultan Qaboos University
Oman
Fatma
Al-Sawaqi
Student
Continuation Of The Study On The Use In Organic Farming Of Quality Compost In The Republic Of San Marino
Theme 3: Driving resource efficiency and the circular economy
Autonomous State Agency for Public Works
San Marino
Giuliana
Barulli
Director
The role of innovative biogas recovery technology in implementing the circular economy
Theme 3: Driving resource efficiency and the circular economy
Mott MacDonald Ltd
UK
Dan
Jacobs
Technical Director – Waste
Maximizing the benefits of biowaste recovery – enhancing the separate collection and utilizing biowaste efficiently
Theme 3: Driving resource efficiency and the circular economy
Helsinki Region Environmental Services Authority (HSY)
Finland
Leena
Tuominen
Project Manager
Smart Food Waste Collection in Cascais – Challenging the Portuguese status quo
Theme 3: Driving resource efficiency and the circular economy
Emac – Empresa municipal de Ambiente de Cascais
Portugal
Vera
Melo
Head of Circular Economy Division
Normative influence on intention to segregate household waste: Reflections from a low-middle income city in sub-Saharan Africa
Theme 3: Driving resource efficiency and the circular economy
Waste Landfills Company Limited
Ghana
Gideon
Sagoe
Research & Innovation Lead
Magnetic Recycled Photocatalyst in Produced Water Treatment in the Sultanate of Oman
Theme 3: Driving resource efficiency and the circular economy
Oman Hydrogen Center
Oman
Hadi
Basma
Active Researcher
Achieving more than 70% collection rate of beverage containers in Slovakia’s Deposit Return System in just 12 months. What were the key elements of success?
Theme 3: Driving resource efficiency and the circular economy
Sensoneo
Slovakia
Tomas
Vincze
Head of Marketing
Promoting source separation of Biowaste for a Sustainable Circular Economy in the Baltic Region
Theme 3: Driving resource efficiency and the circular economy
University of Rostock
Germany
Haniyeh
Jalalipour
Post Doc Researcher
Innovative product cycles: opportunities to overcome barriers in waste management
Theme 3: Driving resource efficiency and the circular economy
N³ Thinking Ahead Dr. Friege & Partners
Germany
Henning
Friege
Partner
Achieving Clean Oceans through Clean Communities
Theme 3: Driving resource efficiency and the circular economy
AVFALL NORGE
Norway
Oda
Korneliussen
Coordinator
Closing the Loop: A Comprehensive Valorization Strategy for Personal Protective Equipment (PPE) Waste Management
Theme 3: Driving resource efficiency and the circular economy
University of Bologna (BO) Newster System S.r.l. Via Pascoli, 26/28 Cerasolo di Coriano (RN)
Italy
Chaiara Gianluca
Notarangelo Magrini
Corresponding author. PhD fellow in FRONTIERS (Department of Economics) Open Innovation & Sustainability Manager
Research and application of anti-corrosion materials on boiler superheater for a high-parameter waste incinerator
Theme 4: New technologies adoption and sector transformation towards a circular economy
Shanghai SUS Environment Co., Ltd.
China
Jisheng
Long
Chief Scientist
Increasing efficiency in waste collection and sorting: Front line experiences from Indonesia
Theme 4: New technologies adoption and sector transformation towards a circular economy
Systemiq
Indonesia
Yudi
Wahyudi
Environmental Engineer
Benefits and Advantages of the Side Loading Municipal Solid Waste Collection
Theme 4: New technologies adoption and sector transformation towards a circular economy
Contenur S.L.
Dubai
Raúl
Amérigo Torralba
Middle East Regional Manager
Applicability Analysis of Waste-to-Energy Technologies in Southeast Asia
Theme 4: New technologies adoption and sector transformation towards a circular economy
Shanghai SUS Environment Co., Ltd.
China
Jisheng
Long
Chief Scientist
Landfill Biomining of Legacy Waste Dumpsite: Assessing its Potential for Resource Recovery from the Excavated Waste
Theme 4: New technologies adoption and sector transformation towards a circular economy
Indian Institute of Technology Guwahati
India
Arghya
Ghosh
Research Scholar
Circular economy technologies in developing countries using analytic hierarchy process
Theme 4: New technologies adoption and sector transformation towards a circular economy
Gwanda State University and Royal Academy of Engineering
Zimbabwe
Mufaro
Kanganga
Lecturer and SEEL Champion
Development of Waste to Energy in Oman: Comparison between landfills and WTE, challenges in developing the energy recovery market, enablers and success factors that facilitate successful and integrated Waste Management approach.
Theme 4: New technologies adoption and sector transformation towards a circular economy
be’ah
Oman
Zainab
Abdulkhaliq
Sr. Manager – Energy Recovery
The research of low excess air combustion with exhaust gas recirculation on NOx reduction in waste-to-energy plant
Theme 4: New technologies adoption and sector transformation towards a circular economy
Shanghai SUS Environment Co., Ltd.
China
Jisheng
Long
Chief Scientist
An Unequal Intergenerational Educational Transition in India: Special Focus on Historically Disadvantaged Community of Manual Scavengers
Theme 4: New technologies adoption and sector transformation towards a circular economy
Dr Ambedkar International Center
India
Rajan
Ram
Senior Research Fellow
Produced Water Treatment Using Zinc Oxide Nanorods (ZnO NRs) Under Sunlight
Theme 4: New technologies adoption and sector transformation towards a circular economy
Oman Hydrogen Centre
Oman
Anfal
Al Barwani
Research Assistant
Beyond the limits of data-driven models: bringing physical simulation to waste engineering
Theme 4: New technologies adoption and sector transformation towards a circular economy
Montanuniversitaet Leoben
Austria
Karim
Khodier
Postdoctoral Researcher
Material recovery of Waste in Developing countries for diversion of waste from final disposal site towards circular Economy
Theme 4: New technologies adoption and sector transformation towards a circular economy
KCARP
Ghana
Priscilla
Addo
Research Supervisor
Advancements toward a smart waste factory
Theme 4: New technologies adoption and sector transformation towards a circular economy
Montanuniversitaet Leoben
Austria
Karim
Khodier
Postdoctoral Researcher
Think. Act. Green. Innovative geotechnical solutions for sustainable waste management
Theme 4: New technologies adoption and sector transformation towards a circular economy
Naue GmbH & Co. KG
Germany
Jovana
Husemann
Business Development Manager
Work Networks In Municipal Solid Waste Management In Latin America And The Caribbean
Theme 4: New technologies adoption and sector transformation towards a circular economy
Universidad Nacional del Litoral
Argentina
Alejandro
Abbate
Environmental Consultant
Tipping the balance: using multiple making waste mgt investable
Theme 5: Promoting good governance and inclusion
Systemiq
Indonesia
Eric
Chocat
Associate
Mapping the Landscape of Waste Pickers in Pakistan: Challenges, Opportunities, and Organizational Strategies
Theme 5: Promoting good governance and inclusion
Karachi School of Business & Leadership
Pakistan
Shiza
Aslam
Research Fellow
Key principles when developing the governance systems needed for new waste collection systems: experience from Project STOP Indonesia
Theme 5: Promoting good governance and inclusion
Systemiq
Indonesia
Haricha
Tambunan
Governmetn Officer
Marine litter prevention: Tools to overcome the global crisis
Theme 5: Promoting good governance and inclusion
PROMAR – adelphi
Dominican Republic
Dr. Juergen
Hannak
Adelphi Research
The PROMAR BlueBox: From Circular Economy initiatives towards an integrated toolbox for local action against marine litter
Theme 5: Promoting good governance and inclusion
PROMAR – adelphi
Dominican Republic
Dr. Juergen
Hannak
Adelphi Research
Towards inclusive and engaged solid waste management for cleaner cities and towns in South Africa
Theme 5: Promoting good governance and inclusion
University of the Western Cape
South Africa
Catherina
Schenck
DSI/NRF/DSI Chair in W&S
Challenges and Key Factors in River and Flood Waste Governance: A case study of Jakarta City, Indonesia
Theme 5: Promoting good governance and inclusion
National Institute for Environmental Studies
Japan
Muhamad
Afif
Research Associate
Heavy metal contamination in WEEE dismantling community area, Ubon Ratchathani province, Thailand
Theme 6: Occupational health and safety in the waste sector
Silpakorn University
Thailand
Siriporn
Borrirukwisitsak
Lecturer
Occupational Risks And The Necessary Precautions To Be Taken At The Conversion Of Wastes To The Fuel
Theme 6: Occupational health and safety in the waste sector
Boğaziçi University
Turkey
Günay
Kocasoy
President
Wearable systems to improve health and wellbeing of professionals in waste collection and management.
Theme 6: Occupational health and safety in the waste sector
Partitalia
Italy
Marco
Bavastrelli
Business Development Manager
| Topic | Theme | Entity | Country | First Name | Last Name | Title |
| Innovative investigation of biological microbiological extracts in applications of biological treatment of agricultural pollutants and pests and promotion of plant growth | Theme 1: Protecting human health and the quality of the environment | be’ah | Oman | Sumaiya | Al-Siyabi | Technology Research Analyst |
| Household hazardous waste: Gauging the knowledge level and its implication for domestic handling and disposal practices | Theme 1: Protecting human health and the quality of the environment | Waste Landfills Company Limited | Ghana | Gideon | Sagoe | Research & Innovation Lead |
| Assessing human health and environmental risks of landfill gas from a massive open dumpsite | Theme 1: Protecting human health and the quality of the environment | The University of Tokyo | Japan | Leticia | dos Muchangos | Project Assistant Professor |
| Long-term blood dioxin concentration follow-up detection of incineration plant workers | Theme 1: Protecting human health and the quality of the environment | ECOVE Environment Services Corporation | Taiwan | Ting-Fang | Hu | Engineer |
| Estimation of Macro-plastic in Al Seen beach in Muscat Governorate | Theme 1: Protecting human health and the quality of the environment | Sultan Qaboos University | Oman | Noor | Alhinai | Student |
| Good Example of Leachate generation on arid and semi-arid country | Theme 1: Protecting human health and the quality of the environment | be’ah | Oman | Kadhya | Al Hinai | Landfill Operations Manager |
| Measuring the Carbon-Saving Benefits of Waste Prevention Programs | Theme 2: Mitigating climate change | LIPOR | Portugal | Susana | Freitas | Project Manager |
| Campaigning for food waste reduction | Theme 2: Mitigating climate change | be’ah | Oman | Ahmed | Al-kharusi | Assistant Manager |
| Financing Mechanisms Applicable Climate Mitigation Projects Through Waste Management In Emerging And Developing Economies | Theme 2: Mitigating climate change | Development Bank of Austria | Austria | fritz | kleemann | Senior Manager |
| Overcoming barriers to methane mitigation in the waste sector: Policy recommendations to drive down methane emissions in Latin America and the Caribbean | Theme 2: Mitigating climate change | Global Methane Hub | Chile | Nicolas | Diaz | Project Manager |
| Roadmap Towards Zero Waste and Zero Emissions | Theme 2: Mitigating climate change | Ministry of Environment and Forestry | Indonesia | Rainer | Oroh | Staff |
| Abatement of Climate Impact from Use of Technological Innovations for Landfill Closures and Renewable Energy Development | Theme 2: Mitigating climate change | Watershed Geosynthetics | USA | Rutuparna | Joshi | Principle Engineer |
| Brazilian model of structured reverse logistics: the key to the socio-economic inclusion of waste pickers | Theme 2: Mitigating climate change | Pragma Soluções Sustentáveis | Brazil | Dione | Manetti | CEO |
| Resilient sustainable healthcare waste management: a systematic review of approaches during the Covid-19 pandemic | Theme 2: Mitigating climate change | Liverpool John Moores University/THIS Institute, University of Cambridge | United Kingdom | Timothy Kurannen | Baaki | Senior Lecturer |
| Rural sanitation and climate change: Mitigating climate change by increasing access to rural sanitation | Theme 2: Mitigating climate change | ADB funded project | Mongolia | Odgerel | Dalkhjav | Environmental specialist |
| Driving Energy Efficiency At Wastewater Treatment Plants Through Codigestion Of Sludge And Thermally Hydrolysed Biomass From The Organic Fraction Of Msw (Ofmsw | Theme 3: Driving resource efficiency and the circular economy | ECONWARD TECH | Madrid | Pedro | Lorenzo | Strategic Project Manager |
| Producer Responsibility for the Circular Economy | Theme 3: Driving resource efficiency and the circular economy | Zero Waste Scotland | UK | David | Barnes | Manager |
| Producer Responsibility for the Circular Economy | Theme 3: Driving resource efficiency and the circular economy | Zero Waste Scotland | UK | David | Barnes | Manager |
| Food for thought | Theme 3: Driving resource efficiency and the circular economy | Kingston University | UK | Purva | Tavri | Lecturer |
| The circularity of food: More efficient consumption and less waste to the container | Theme 3: Driving resource efficiency and the circular economy | Universidad Nacional Mayor de San Marcos | Peru | Alberto | Huiman Cruz | Professor |
| Action Plan for the Sustainable Production and Consumption of food in Sultanate of Oman. | Theme 3: Driving resource efficiency and the circular economy | Sultan Qaboos University | Oman | Fatma | Al-Sawaqi | Student |
| Strategic planning in waste management sector | Theme 3: Driving resource efficiency and the circular economy | be’ah | Oman | Asila | Al-Mamari | Acting Sr. Manager/ Planning |
| Continuation Of The Study On The Use In Organic Farming Of Quality Compost In The Republic Of San Marino | Theme 3: Driving resource efficiency and the circular economy | Autonomous State Agency for Public Works | San Marino | Giuliana | Barulli | Director |
| The role of innovative biogas recovery technology in implementing the circular economy | Theme 3: Driving resource efficiency and the circular economy | Mott MacDonald Ltd | United Kingdom | Dan | Jacobs | Technical Director – Waste |
| Application of Circular Economy concept towards Sustainable Wastewater Management: a case study of a Full-scale UASB reactor in a Developing Country. | Theme 3: Driving resource efficiency and the circular economy | Zoomlion Ghana Limited | Ghana | Philomina | Arthur | District Manager |
| Maximizing the benefits of biowaste recovery – enhancing the separate collection and utilizing biowaste efficiently | Theme 3: Driving resource efficiency and the circular economy | Helsinki Region Environmental Services Authority (HSY) | Finland | Leena | Tuominen | Project Manager |
| Smart Food Waste Collection in Cascais – Challenging the Portuguese status quo | Theme 3: Driving resource efficiency and the circular economy | Emac – Empresa municipal de Ambiente de Cascais | Portugal | Luis | Almieda Capão | Chairman of the Board of Direc |
| Normative influence on intention to segregate household waste: Reflections from a low-middle income city in sub-Saharan Africa | Theme 3: Driving resource efficiency and the circular economy | Waste Landfills Company Limited | Ghana | Gideon | Sagoe | Research & Innovation Lead |
| Magnetic Recycled Photocatalyst in Produced Water Treatment in the Sultanate of Oman | Theme 3: Driving resource efficiency and the circular economy | Oman Hydrogen Center | Oman | Hadi | Basma | Active Researcher |
| Achieving more than 70% collection rate of beverage containers in Slovakia’s Deposit Return System in just 12 months. What were the key elements of success? | Theme 3: Driving resource efficiency and the circular economy | Sensoneo | Slovakia | Martin | Kosák | Head of Marketing |
| Circular Behaviour in the waste sector: the role of individual preferences towards Nature, Politics and Risk | Theme 3: Driving resource efficiency and the circular economy | University of Minho | Portugal | Lígia | Pinto | Associate Professor |
| Promoting source separation of Biowaste for a Sustainable Circular Economy in the Baltic Region | Theme 3: Driving resource efficiency and the circular economy | University of Rostock | Germany | Haniyeh | Jalalipour | Post Doc Researcher |
| Innovative product cycles: opportunities to overcome barriers in waste management | Theme 3: Driving resource efficiency and the circular economy | N³ Thinking Ahead Dr. Friege & Partners | Germany | Henning | Friege | Partner |
| Achieving Clean Oceans through Clean Communities | Theme 3: Driving resource efficiency and the circular economy | AVFALL NORGE | Norway | Oda | Korneliussen | Coordinator |
| Research and application of anti-corrosion materials on boiler superheater for a high-parameter waste incinerator | Theme 4: New technologies adoption and sector transformation towards a circular economy | Shanghai SUS Environment Co., Ltd. | China | Jisheng | Long | Chief Scientist of Shanghai SUS Environment Co., Ltd., |
| Increasing efficiency in waste collection and sorting: Front line experiences from Indonesia | Theme 4: New technologies adoption and sector transformation towards a circular economy | Systemiq | Indonesia | Yudi | Wahyudi | Envronmental Engineer |
| Benefits and Advantages of the Side Loading Municipal Solid Waste Collection | Theme 4: New technologies adoption and sector transformation towards a circular economy | Contenur S.L. | Dubai | Raúl | Amérigo Torralba | Middle East Regional Manager |
| Applicability Analysis of Waste-to-Energy Technologies in Southeast Asia | Theme 4: New technologies adoption and sector transformation towards a circular economy | Shanghai SUS Environment Co., Ltd. | China | Jisheng | Long | Chief Scientist of Shanghai SUS Environment Co., Ltd., |
| Landfill Biomining of Legacy Waste Dumpsite: Assessing its Potential for Resource Recovery from the Excavated Waste | Theme 4: New technologies adoption and sector transformation towards a circular economy | Indian Institute of Technology Guwahati | India | Arghya | Ghosh | Research Scholar |
| Circular economy technologies in developing countries using analytic hierarchy process | Theme 4: New technologies adoption and sector transformation towards a circular economy | Gwanda State University and Royal Academy of Engineering | Zimbabwe | Mufaro | Kanganga | Lecturer and SEEL Champion |
| Development of Waste to Energy in Oman: Comparison between landfills and WTE, challenges in developing the energy recovery market, enablers and success factors that facilitate successful and integrated Waste Management approach. | Theme 4: New technologies adoption and sector transformation towards a circular economy | be’ah | Oman | Zainab | Abdulkhaliq | Sr. Manager – Energy Recovery |
| The research of low excess air combustion with exhaust gas recirculation on NOx reduction in waste-to-energy plant | Theme 4: New technologies adoption and sector transformation towards a circular economy | Shanghai SUS Environment Co., Ltd. | China | Jisheng | Long | Chief Scientist of Shanghai SUS Environment Co., Ltd., |
| An Unequal Intergenerational Educational Transition in India: Special Focus on Historically Disadvantaged Community of Manual Scavengers | Theme 4: New technologies adoption and sector transformation towards a circular economy | Dr Ambedkar International Center | India | Rajan | Ram | Senior Research Fellow |
| Produced Water Treatment Using Zinc Oxide Nanorods (ZnO NRs) Under Sunlight | Theme 4: New technologies adoption and sector transformation towards a circular economy | Oman Hydrogen Centre | Oman | Fatema | Al Hajri | Research Assistant |
| Beyond the limits of data-driven models: bringing physical simulation to waste engineering | Theme 4: New technologies adoption and sector transformation towards a circular economy | Montanuniversitaet Leoben | Austria | Karim | Khodier | Postdoctoral Researcher |
| Material recovery of Waste in Developing countries for diversion of waste from final disposal site towards circular Economy | Theme 4: New technologies adoption and sector transformation towards a circular economy | Zoomlion Ghana Limited | Ghana | Priscilla | Addo | Research Supervisor |
| Advancements toward a smart waste factory | Theme 4: New technologies adoption and sector transformation towards a circular economy | Montanuniversitaet Leoben | Austria | Karim | Khodier | Postdoctoral Researcher |
| Think. Act. Green. Innovative geotechnical solutions for sustainable waste management | Theme 4: New technologies adoption and sector transformation towards a circular economy | Naue GmbH & Co. KG | Germany | Jovana | Husemann | Business Development Manager |
| Work Networks In Municipal Solid Waste Management In Latin America And The Caribbean | Theme 4: New technologies adoption and sector transformation towards a circular economy | Universidad Nacional del Litoral | Argentina | Alejandro | Abbate | Environmental Consultant |
| Tipping the balance: using multiple making waste mgt investable | Theme 5: Promoting good governance and inclusion | Systemiq | Indonesia | Eric | Chocat | Associate |
| Mapping the Landscape of Waste Pickers in Pakistan: Challenges, Opportunities, and Organizational Strategies | Theme 5: Promoting good governance and inclusion | Karachi School of Business & Leadership | Pakistan | Shiza | Aslam | Research Fellow |
| Key principles when developing the governance systems needed for new waste collection systems: experience from Project STOP Indonesia | Theme 5: Promoting good governance and inclusion | Systemiq | Indonesia | Haricha | Tambunan | Governmetn Officer |
| Marine litter prevention: Tools to overcome the global crisis | Theme 5: Promoting good governance and inclusion | PROMAR – adelphi | Dominican Republic | Jan | Janssen | Project Director |
| The PROMAR BlueBox: From Circular Economy initiatives towards an integrated toolbox for local action against marine litter | Theme 5: Promoting good governance and inclusion | PROMAR – adelphi | Dominican Republic | Jan | Janssen | Project Director |
| Towards inclusive and engaged solid waste management for cleaner cities and towns in South Africa | Theme 5: Promoting good governance and inclusion | University of the Western Cape | South Africa | Catherina | Schenck | DSI/NRF/DSI Chair in W&S |
| Challenges and Key Factors in River and Flood Waste Governance: A case study of Jakarta City, Indonesia | Theme 5: Promoting good governance and inclusion | National Institute for Environmental Studies | Japan | Muhamad | Afif | Research Associate |
| Heavy metal contamination in WEEE dismantling community area, Ubon Ratchathani province, Thailand | Theme 6: Occupational health and safety in the waste sector | Silpakorn University | Thailand | Siriporn | Borrirukwisitsak | Lecturer |
| Occupational Risks And The Necessary Precautions To Be Taken At The Conversion Of Wastes To The Fuel | Theme 6: Occupational health and safety in the waste sector | Boğaziçi University | Turkey | Günay | Kocasoy | President |
| Wearable systems to improve health and wellbeing of professionals in waste collection and management. | Theme 6: Occupational health and safety in the waste sector | Sardar Vallabhbhai National Institute of Technology Surat | India | DilipkumarArvindkumar | Patel | Associate Professor |
