The Scientific Sessions at the 2nd International Conference on Sustainable Waste Management & Circular Economy are designed to highlight the most advanced research, technological innovations, policy frameworks, and future trends shaping sustainable waste management systems and circular economy practices. These sessions cover a broad spectrum of topics including waste reduction and recycling technologies, resource recovery, waste-to-energy systems, circular materials and product design, environmental sustainability policies, and smart waste management solutions. Each session reflects current global environmental priorities and sustainability challenges, offering evidence-based insights with strong practical, policy, and real-world relevance. Leading environmental scientists, circular economy experts, engineers, policymakers, researchers, and industry professionals from across the world come together to share expertise, research findings, and innovative solutions.
The program features keynote lectures, plenary talks, oral and poster presentations, panel discussions, and interactive scientific forums. These sessions foster interdisciplinary collaboration, encourage knowledge exchange, and promote innovation across environmental science, engineering, policy, and industry sectors. Participants gain opportunities to present research, receive expert feedback, explore emerging green technologies, and build meaningful academic, professional, and institutional networks. Designed for researchers, academicians, environmental professionals, students, policymakers, and industry stakeholders, the Scientific Sessions aim to advance sustainable practices, circular innovation, environmental resilience, and long-term global sustainability.
Effective waste management relies on a deep understanding of waste composition, generation patterns, and material flows throughout production and consumption cycles. This session focuses on advanced techniques for waste characterization, quantification, and analysis to support sustainable waste management strategies. Topics include material flow analysis (MFA), life cycle assessment (LCA), chemical and physical characterization of municipal, industrial, and hazardous wastes, and innovative analytical methodologies. Emphasis is placed on identifying waste reduction opportunities, optimizing recycling and recovery processes, and supporting circular economy practices. Case studies highlighting data-driven decision-making, policy integration, and technological interventions in waste streams will be presented. Participants will gain insights into bridging scientific research with practical waste management applications to enhance environmental performance and regulatory compliance.
We invite researchers, waste management professionals, and policy experts to submit one-page abstracts for presentation at the International Conference on Waste Management & Circular Economy. Join us to share your research, collaborate with global experts, and contribute to shaping sustainable waste solutions.
This session highlights advanced solutions for recycling materials that are traditionally difficult to process, including plastics, composites, electronic waste, and industrial by-products. Topics include chemical recycling, AI-assisted sorting and automation, thermal and mechanical processing innovations, and scalable circular economy approaches. Participants will explore real-world case studies, environmental impact, regulatory considerations, and strategies for workforce training and safety.
Researchers, engineers, and industry leaders are invited to submit one-page abstracts and share innovations that are driving the transformation of complex waste streams into sustainable resources.
Bio-waste valorization and organic waste treatment are transforming the landscape of sustainable waste management by converting waste streams into valuable resources, reducing environmental impact, and promoting circular economy principles. This session highlights innovative strategies in waste processing, resource recovery, and bioconversion technologies across municipal, agricultural, and industrial sectors. Topics include anaerobic digestion, composting, bioenergy production, nutrient recovery, and advanced biotechnologies for organic waste valorization. The session emphasizes environmental sustainability, economic feasibility, and regulatory compliance in waste treatment approaches. Cutting-edge innovations that enhance resource efficiency, reduce greenhouse gas emissions, and create high-value byproducts will be discussed. Case studies, pilot projects, and emerging trends in bio-waste management are key components of this session.
We welcome one-page abstract submissions from researchers, engineers, and practitioners for presentation at Sustainable Waste Management & Circular Economy 2027. Join international experts to share insights and advance the science and practice of bio-waste valorization and organic waste treatment.
Circular materials design and eco-materials are transforming the way we develop, use, and recycle materials to support sustainability and environmental stewardship. This session focuses on innovative strategies for designing materials with minimal environmental impact, including biodegradable polymers, renewable composites, waste-to-resource technologies, and life-cycle optimization. Topics include sustainable material sourcing, circular economy frameworks, eco-friendly fabrication processes, and advanced characterization of green materials. The session also highlights the integration of digital tools, AI, and smart design principles in eco-material innovation. Emphasis is placed on environmental impact reduction, resource efficiency, and sustainable product development. Emerging trends and future directions in circular materials and eco-friendly technologies will be explored.
Researchers, engineers, and industry professionals are invited to submit one-page abstracts and present their work at Sustainable Waste Management & Circular Economy 2027. Join a global platform advancing innovation in sustainable materials design and circular economy solutions.
Digitalization and smart systems are transforming the landscape of waste management, enabling efficient, sustainable, and data-driven solutions. This session explores advanced technologies, IoT-enabled monitoring, and intelligent waste processing strategies. Topics include sensor-based waste collection, real-time route optimization, automated sorting systems, predictive maintenance, and data analytics for waste stream management. The integration of smart systems with policy frameworks, circular economy principles, and sustainability goals will be highlighted. Emphasis is placed on reducing environmental impact, improving operational efficiency, and fostering resource recovery. Case studies, digital innovations, and research on outcome-based strategies in smart waste management are key highlights of this session.
We invite submission of one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join leading experts to explore innovative digital strategies for sustainable waste management solutions.
Artificial intelligence and machine learning are transforming waste management by enabling smarter, more efficient, and predictive systems. This session explores cutting-edge AI applications in automated waste sorting, predictive analytics, and resource optimization. Topics include computer vision-based waste classification, robotics-assisted sorting, machine learning algorithms for waste generation forecasting, and intelligent recycling systems. Emphasis is placed on data-driven decision-making, efficiency improvement, and sustainability outcomes. Case studies, real-world implementations, and technology integration strategies will be highlighted, showcasing innovations that reduce environmental impact and operational costs.
Researchers, technologists, and industry experts are invited to submit one-page abstracts and contribute to Sustainable Waste Management & Circular Economy. Share your insights to advance smart, AI-driven waste solutions.
Nanotechnology is revolutionizing waste management by enabling efficient remediation and resource recovery at the molecular level. This session explores cutting-edge applications of nanomaterials and nanoscale technologies in wastewater treatment, pollutant removal, and recovery of valuable resources. Topics include nanoparticle-based adsorbents, photocatalytic degradation, membrane nanotechnology, and smart nanomaterials for selective contaminant capture. The session highlights process optimization, sustainability assessment, and integration with circular economy strategies. Emerging nanodevices and environmentally friendly nanomaterials will be discussed. Evidence-based research and future perspectives on nanotechnology-enabled waste remediation and resource recovery form the core of this session.
Submit your one-page abstract and join the Sustainable Waste Management & Circular Economy Conference to share your contributions in advancing nanotechnology solutions for environmental sustainability.
Waste-to-energy (WtE) technologies are transforming the way we manage waste while generating sustainable energy. This session focuses on innovative WtE solutions, including thermal, biological, and chemical conversion methods. Topics include process efficiency, emission reduction, resource recovery, and environmental impacts of WtE systems. Emphasis is placed on techno-economic assessments, policy frameworks, and integration with circular economy strategies. Emerging trends in smart WtE technologies, hybrid systems, and decarbonization approaches will be explored.
Researchers, engineers, and industry professionals are invited to submit one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join global experts to advance knowledge and practices in waste-to-energy solutions.
Understanding the environmental impact of waste management requires a holistic evaluation of materials, processes, and emissions. This session focuses on life cycle assessment (LCA) methodologies, carbon footprint analysis, and sustainable waste system design. Topics include quantifying greenhouse gas emissions, assessing environmental trade-offs, resource recovery strategies, and evaluating circular economy approaches. The session highlights data-driven tools, modeling techniques, and case studies that support decision-making for sustainable waste management. Emerging trends, regulatory frameworks, and innovations in carbon reduction strategies will also be explored.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Share your research and insights on environmental impact assessment and carbon management in waste systems with a global audience.
The presence of emerging contaminants in waste streams poses critical environmental and public health challenges. This session focuses on the detection, characterization, and management of novel pollutants including pharmaceuticals, microplastics, endocrine-disrupting chemicals, and industrial by-products. Topics include advanced monitoring techniques, risk assessment, treatment technologies, and strategies for minimizing environmental release. The session also explores regulatory frameworks, innovative remediation methods, and the integration of sustainable practices in waste management. Emphasis is placed on translating scientific research into actionable solutions for safer, cleaner ecosystems.
Researchers, environmental scientists, and industry experts are invited to submit one-page abstracts and join Sustainable Waste Management & Circular Economy to advance knowledge and innovation in managing emerging contaminants in waste streams.
Circular economy metrics and assessment tools are essential for measuring, analyzing, and optimizing resource efficiency and sustainability across industries. This session focuses on frameworks, methodologies, and digital tools for evaluating circularity in products, processes, and supply chains. Topics include life cycle assessment (LCA), material flow analysis (MFA), circularity indicators, sustainability reporting, and benchmarking strategies. Emphasis is placed on integrating quantitative metrics with decision-making, identifying opportunities for waste reduction, and promoting resource recovery. The session also explores challenges in standardization, data collection, and industry adoption. Case studies, best practices, and future directions in circular economy measurement will be highlighted.
We invite researchers, sustainability professionals, and industry experts to submit one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join this platform to advance methodologies that drive a circular, resource-efficient future.
Industrial symbiosis and eco-industrial parks represent innovative approaches to sustainable industrial development by promoting resource efficiency, waste minimization, and collaborative networks among businesses. This session explores strategies for integrating industrial processes, sharing materials, energy, and water, and designing circular production systems. Topics include eco-industrial park planning, industrial clustering, resource recovery, and lifecycle optimization. Emphasis is placed on reducing environmental impact, improving economic performance, and fostering sustainable partnerships. The session also highlights emerging technologies, policy frameworks, and case studies demonstrating successful industrial symbiosis. Future trends in eco-industrial development and sustainability metrics will be discussed.
Industry leaders, researchers, and policymakers are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Share your insights and contribute to advancing collaborative and sustainable industrial practices.
Urban mining and resource recovery are transforming the way we handle legacy waste, turning historical waste streams into valuable secondary resources. This session explores innovative strategies for identifying, extracting, and repurposing materials from municipal, industrial, and electronic waste. Topics include advanced sorting technologies, chemical and mechanical recovery methods, circular economy integration, and sustainable resource management. Emphasis is placed on minimizing environmental impact, maximizing economic value, and enabling closed-loop material flows. Case studies, policy frameworks, and technological innovations that enhance recovery efficiency are highlighted. The session also discusses collaboration between industry, municipalities, and researchers to unlock the potential of legacy waste.
We invite one-page abstract submissions for presentation at Sustainable Waste Management & Circular Economy. Join global experts in advancing innovative approaches to urban mining and resource recovery.
Sustainable sludge management and biosolids utilization are critical for advancing environmentally responsible wastewater treatment and resource recovery. This session focuses on innovative strategies for sludge treatment, stabilization, and safe reuse in agriculture and energy production. Topics include nutrient recovery, pathogen reduction, composting, anaerobic digestion, and circular economy approaches. Emphasis is placed on regulatory compliance, environmental sustainability, and cost-effective technologies. The session also highlights emerging methods, case studies, and life-cycle assessments for optimized sludge management. Future trends in biosolids valorization and sustainable resource recovery will be discussed.
Researchers and practitioners are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Present your work and contribute to advancing sustainable sludge management and biosolids applications.
Green chemistry plays a pivotal role in minimizing environmental impact and promoting sustainable industrial practices. This session focuses on innovative chemical processes and materials designed to reduce waste generation, enhance resource efficiency, and lower toxicity. Topics include sustainable reaction pathways, renewable feedstocks, solvent alternatives, and circular material design. Emphasis is placed on evidence-based strategies, practical implementation, and cross-disciplinary collaboration. Advances in catalysis, process intensification, and lifecycle assessment are discussed. Regulatory considerations, industrial adoption, and future research directions are also explored.
We encourage one-page abstract submissions for Sustainable Waste Management & Circular Economy. Join this session to share your research and innovations in green chemistry and waste reduction.
The transition to a circular economy requires robust regulatory frameworks that promote resource efficiency, waste reduction, and sustainable production practices. This session focuses on policies, standards, and governance mechanisms that facilitate circular economy adoption across industries. Topics include legislative approaches, compliance strategies, incentives for sustainable practices, and international regulatory harmonization. Emphasis is placed on enabling innovation while ensuring environmental protection and economic viability. Case studies, policy analysis, and best practices are highlighted to guide stakeholders in implementing effective circular economy regulations. Emerging trends and future directions in regulatory frameworks are discussed.
Policymakers, researchers, and industry leaders are encouraged to submit one-page abstracts and contribute to Sustainable Waste Management & Circular Economy. Share insights and help shape the regulatory landscape for a sustainable future.
Extended Producer Responsibility (EPR) is a cornerstone policy for promoting sustainable waste management and circular economy transitions. This session examines regulatory frameworks, implementation strategies, and best practices for EPR across sectors. Topics include policy design, compliance mechanisms, stakeholder engagement, and product lifecycle management. Emphasis is placed on promoting recycling, resource efficiency, and sustainable production. Case studies from global initiatives and emerging trends in EPR adoption are highlighted. The session also explores challenges, opportunities, and innovations in policy enforcement and circular business models.
We invite one-page abstract submissions for the Sustainable Waste Management & Circular Economy Conference. Share your insights and contribute to advancing effective EPR strategies worldwide.
Understanding the economic drivers of waste management is critical for promoting sustainable practices. This session explores market-based instruments, economic incentives, and policy frameworks designed to reduce waste generation and enhance resource efficiency. Topics include circular economy economics, pricing mechanisms, taxation, subsidies, and extended producer responsibility. Emphasis is placed on evaluating cost-effectiveness, environmental impact, and behavioral responses. The session highlights case studies, modeling approaches, and emerging financial tools. Strategies for integrating economic instruments with regulatory and technological solutions are discussed.
Researchers, policymakers, and industry professionals are invited to submit one-page abstracts to the conference. Contribute insights on economic strategies for sustainable waste management and market-based interventions.
Effective waste reduction requires active public engagement and strategies that influence behavior at individual and community levels. This session explores evidence-based approaches to promoting sustainable waste practices, including education campaigns, social incentives, and community participation. Topics include behavioral insights, communication strategies, policy integration, and monitoring of behavioral outcomes. Emphasis is placed on fostering lasting lifestyle changes, increasing recycling rates, and reducing environmental impact. The session highlights successful case studies, multidisciplinary collaboration, and scalable interventions. Future directions in behavioral science applications for waste management are discussed.
Submit your one-page abstract to the Sustainable Waste Management & Circular Economy Conference and contribute to advancing impactful waste reduction strategies.
Community-led initiatives are driving sustainable waste management by empowering local action and behavioral change. This session focuses on strategies for reducing, reusing, and recycling waste at the community level, emphasizing citizen engagement and collaborative approaches. Topics include grassroots zero waste programs, local circular economy projects, sustainable consumption practices, and waste education campaigns. Emphasis is placed on fostering community ownership, promoting social innovation, and measuring environmental impact. Best practices, policy support, and success stories from diverse communities will be highlighted. Challenges, scalability, and future opportunities in community-driven waste reduction form a key focus of this session.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Join global experts sharing innovative approaches to building zero-waste communities.
Effective governance is critical for successful collaboration among diverse stakeholders in healthcare and surgical systems. This session explores innovative governance frameworks, decision-making structures, and collaborative models that enhance coordination, accountability, and transparency. Topics include stakeholder engagement strategies, policy alignment, conflict resolution, and performance monitoring. Emphasis is placed on fostering trust, shared responsibility, and sustainable partnerships. Case studies highlighting best practices and lessons learned will be presented. Emerging trends in governance, regulatory compliance, and cross-sector collaboration are discussed.
Healthcare leaders, policymakers, and researchers are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Share insights into governance strategies driving multi-stakeholder success.
Ensuring equity and justice in surgical care is essential for improving outcomes and addressing disparities. This session explores strategies to promote fair access to surgical services across diverse populations. Topics include social determinants of health, equitable perioperative resource allocation, and community engagement in surgical decision-making. Emphasis is placed on identifying and mitigating systemic barriers, enhancing culturally competent care, and promoting patient advocacy. The session highlights policy frameworks, research evidence, and multidisciplinary approaches to advance surgical equity. Challenges and future directions in achieving just and inclusive surgical care are discussed.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Contribute to shaping equitable and patient-centered surgical practices.
The global movement of waste presents complex regulatory, environmental, and ethical challenges. This session examines international waste trade dynamics, compliance with multilateral agreements, and the ethical implications of waste export and import. Topics include cross-border regulation, environmental justice, hazardous waste management, and sustainable disposal practices. Emphasis is placed on balancing economic interests with environmental protection and ethical responsibility. Case studies, policy frameworks, and enforcement strategies are highlighted. Emerging trends and innovative solutions for responsible global waste management are discussed.
Policy makers, researchers, and industry stakeholders are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Contribute to advancing responsible global waste governance.
Circular business models and value chain innovation are transforming how products, services, and resources are designed, used, and regenerated. This session explores strategies for integrating circularity into business operations, including sustainable sourcing, product lifecycle management, and closed-loop systems. Topics include value creation through resource efficiency, collaborative partnerships, and innovative business frameworks. Emphasis is placed on measuring environmental and economic impact, scaling sustainable practices, and enhancing resilience across the value chain. Case studies and best practices highlight successful circular economy implementations. Emerging trends, regulatory considerations, and technology-driven innovations are discussed.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Participate in shaping the future of circular business strategies and value chain innovation.
Industrial waste reduction and cleaner production strategies are critical for sustainable manufacturing and environmental stewardship. This session explores innovative approaches to minimize industrial waste, optimize resource utilization, and implement cleaner production practices. Topics include waste valorization, process efficiency, pollution prevention, and circular economy integration. Emphasis is placed on sustainable industrial operations, regulatory compliance, and cost-effective solutions. Case studies highlighting successful implementation and lessons learned are presented. Emerging technologies, monitoring strategies, and future trends in industrial sustainability are discussed.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy and contribute to advancing cleaner, more sustainable industrial practices.
Innovative strategies in construction and demolition (C&D) waste management are transforming sustainability practices in the built environment. This session explores cutting-edge approaches to waste reduction, material recovery, and circular economy integration. Topics include recycling technologies, sustainable demolition techniques, policy frameworks, and digital tools for waste tracking. Emphasis is placed on resource efficiency, environmental impact reduction, and cost-effective solutions. Case studies highlighting successful C&D waste management initiatives are presented. Emerging trends, challenges, and best practices in the sector are discussed.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy Conference and contribute to advancing sustainable construction practices.
E-waste management is critical for sustainable resource use and environmental protection. This session focuses on the design, collection, and recycling of electronic waste, highlighting innovative systems and strategies. Topics include product lifecycle design, efficient collection networks, material recovery technologies, and safe disposal practices. Emphasis is placed on reducing environmental impact, promoting circular economy principles, and enhancing regulatory compliance. Case studies of successful e-waste management programs and emerging technologies are discussed. Future directions for sustainable e-waste systems and policy frameworks are explored.
Researchers, industry leaders, and policymakers are encouraged to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Contribute your insights to shaping effective and innovative e-waste solutions.
Food loss and waste reduction is critical to building sustainable, resilient, and equitable food systems. This session focuses on innovative strategies, technologies, and policies aimed at minimizing food loss and waste across the entire value chain—from production and post-harvest handling to processing, distribution, retail, and consumption. Topics include supply chain optimization, cold-chain innovations, circular economy approaches, food recovery and redistribution models, and data-driven waste measurement. Emphasis is placed on practical solutions, systems thinking, and evidence-based interventions that improve efficiency while reducing environmental and economic impacts. Case studies and outcome-focused analyses are encouraged to translate research into real-world action.
We invite one-page abstracts to share research findings, pilot projects, and best practices that advance food loss and waste reduction. Join global experts and stakeholders in shaping more sustainable food systems.
The future of packaging lies in sustainable innovation and the development of environmentally responsible alternatives. This session explores next-generation packaging materials, design strategies, and technologies that reduce environmental impact while maintaining functionality and safety. Topics include biodegradable and compostable materials, bio-based polymers, recyclable and reusable packaging systems, and smart packaging solutions. Emphasis is placed on circular economy principles, lifecycle assessment, and regulatory compliance. The session highlights industry-led innovation, academic research, and scalable solutions for diverse sectors. Global trends, market challenges, and future opportunities in sustainable packaging are discussed. Strategic pathways for transitioning toward low-impact and circular packaging systems are explored.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Join us in shaping the future of sustainable packaging and material innovation.
Circular water–waste systems are central to sustainable resource management and environmental resilience. This session focuses on integrated approaches that link water, wastewater, and solid waste management within circular economy frameworks. Topics include water reuse and recycling, waste-to-resource technologies, nutrient and energy recovery, and nature-based solutions. Emphasis is placed on system integration, innovation, and policy-driven implementation. The session highlights scalable models that enhance efficiency, reduce environmental footprints, and support climate adaptation. Case studies from urban and industrial settings are encouraged. Future pathways for closing water–waste loops and advancing circular sustainability are explored.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy and contribute to building integrated circular solutions.
Effective waste management relies on a deep understanding of waste composition, generation patterns, and material flows throughout production and consumption cycles. This session focuses on advanced techniques for waste characterization, quantification, and analysis to support sustainable waste management strategies. Topics include material flow analysis (MFA), life cycle assessment (LCA), chemical and physical characterization of municipal, industrial, and hazardous wastes, and innovative analytical methodologies. Emphasis is placed on identifying waste reduction opportunities, optimizing recycling and recovery processes, and supporting circular economy practices. Case studies highlighting data-driven decision-making, policy integration, and technological interventions in waste streams will be presented. Participants will gain insights into bridging scientific research with practical waste management applications to enhance environmental performance and regulatory compliance.
We invite researchers, waste management professionals, and policy experts to submit one-page abstracts for presentation at the International Conference on Waste Management & Circular Economy. Join us to share your research, collaborate with global experts, and contribute to shaping sustainable waste solutions.
This session highlights advanced solutions for recycling materials that are traditionally difficult to process, including plastics, composites, electronic waste, and industrial by-products. Topics include chemical recycling, AI-assisted sorting and automation, thermal and mechanical processing innovations, and scalable circular economy approaches. Participants will explore real-world case studies, environmental impact, regulatory considerations, and strategies for workforce training and safety.
Researchers, engineers, and industry leaders are invited to submit one-page abstracts and share innovations that are driving the transformation of complex waste streams into sustainable resources.
Bio-waste valorization and organic waste treatment are transforming the landscape of sustainable waste management by converting waste streams into valuable resources, reducing environmental impact, and promoting circular economy principles. This session highlights innovative strategies in waste processing, resource recovery, and bioconversion technologies across municipal, agricultural, and industrial sectors. Topics include anaerobic digestion, composting, bioenergy production, nutrient recovery, and advanced biotechnologies for organic waste valorization. The session emphasizes environmental sustainability, economic feasibility, and regulatory compliance in waste treatment approaches. Cutting-edge innovations that enhance resource efficiency, reduce greenhouse gas emissions, and create high-value byproducts will be discussed. Case studies, pilot projects, and emerging trends in bio-waste management are key components of this session.
We welcome one-page abstract submissions from researchers, engineers, and practitioners for presentation at Sustainable Waste Management & Circular Economy 2027. Join international experts to share insights and advance the science and practice of bio-waste valorization and organic waste treatment.
Circular materials design and eco-materials are transforming the way we develop, use, and recycle materials to support sustainability and environmental stewardship. This session focuses on innovative strategies for designing materials with minimal environmental impact, including biodegradable polymers, renewable composites, waste-to-resource technologies, and life-cycle optimization. Topics include sustainable material sourcing, circular economy frameworks, eco-friendly fabrication processes, and advanced characterization of green materials. The session also highlights the integration of digital tools, AI, and smart design principles in eco-material innovation. Emphasis is placed on environmental impact reduction, resource efficiency, and sustainable product development. Emerging trends and future directions in circular materials and eco-friendly technologies will be explored.
Researchers, engineers, and industry professionals are invited to submit one-page abstracts and present their work at Sustainable Waste Management & Circular Economy 2027. Join a global platform advancing innovation in sustainable materials design and circular economy solutions.
Digitalization and smart systems are transforming the landscape of waste management, enabling efficient, sustainable, and data-driven solutions. This session explores advanced technologies, IoT-enabled monitoring, and intelligent waste processing strategies. Topics include sensor-based waste collection, real-time route optimization, automated sorting systems, predictive maintenance, and data analytics for waste stream management. The integration of smart systems with policy frameworks, circular economy principles, and sustainability goals will be highlighted. Emphasis is placed on reducing environmental impact, improving operational efficiency, and fostering resource recovery. Case studies, digital innovations, and research on outcome-based strategies in smart waste management are key highlights of this session.
We invite submission of one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join leading experts to explore innovative digital strategies for sustainable waste management solutions.
Artificial intelligence and machine learning are transforming waste management by enabling smarter, more efficient, and predictive systems. This session explores cutting-edge AI applications in automated waste sorting, predictive analytics, and resource optimization. Topics include computer vision-based waste classification, robotics-assisted sorting, machine learning algorithms for waste generation forecasting, and intelligent recycling systems. Emphasis is placed on data-driven decision-making, efficiency improvement, and sustainability outcomes. Case studies, real-world implementations, and technology integration strategies will be highlighted, showcasing innovations that reduce environmental impact and operational costs.
Researchers, technologists, and industry experts are invited to submit one-page abstracts and contribute to Sustainable Waste Management & Circular Economy. Share your insights to advance smart, AI-driven waste solutions.
Nanotechnology is revolutionizing waste management by enabling efficient remediation and resource recovery at the molecular level. This session explores cutting-edge applications of nanomaterials and nanoscale technologies in wastewater treatment, pollutant removal, and recovery of valuable resources. Topics include nanoparticle-based adsorbents, photocatalytic degradation, membrane nanotechnology, and smart nanomaterials for selective contaminant capture. The session highlights process optimization, sustainability assessment, and integration with circular economy strategies. Emerging nanodevices and environmentally friendly nanomaterials will be discussed. Evidence-based research and future perspectives on nanotechnology-enabled waste remediation and resource recovery form the core of this session.
Submit your one-page abstract and join the Sustainable Waste Management & Circular Economy Conference to share your contributions in advancing nanotechnology solutions for environmental sustainability.
Waste-to-energy (WtE) technologies are transforming the way we manage waste while generating sustainable energy. This session focuses on innovative WtE solutions, including thermal, biological, and chemical conversion methods. Topics include process efficiency, emission reduction, resource recovery, and environmental impacts of WtE systems. Emphasis is placed on techno-economic assessments, policy frameworks, and integration with circular economy strategies. Emerging trends in smart WtE technologies, hybrid systems, and decarbonization approaches will be explored.
Researchers, engineers, and industry professionals are invited to submit one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join global experts to advance knowledge and practices in waste-to-energy solutions.
Understanding the environmental impact of waste management requires a holistic evaluation of materials, processes, and emissions. This session focuses on life cycle assessment (LCA) methodologies, carbon footprint analysis, and sustainable waste system design. Topics include quantifying greenhouse gas emissions, assessing environmental trade-offs, resource recovery strategies, and evaluating circular economy approaches. The session highlights data-driven tools, modeling techniques, and case studies that support decision-making for sustainable waste management. Emerging trends, regulatory frameworks, and innovations in carbon reduction strategies will also be explored.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Share your research and insights on environmental impact assessment and carbon management in waste systems with a global audience.
The presence of emerging contaminants in waste streams poses critical environmental and public health challenges. This session focuses on the detection, characterization, and management of novel pollutants including pharmaceuticals, microplastics, endocrine-disrupting chemicals, and industrial by-products. Topics include advanced monitoring techniques, risk assessment, treatment technologies, and strategies for minimizing environmental release. The session also explores regulatory frameworks, innovative remediation methods, and the integration of sustainable practices in waste management. Emphasis is placed on translating scientific research into actionable solutions for safer, cleaner ecosystems.
Researchers, environmental scientists, and industry experts are invited to submit one-page abstracts and join Sustainable Waste Management & Circular Economy to advance knowledge and innovation in managing emerging contaminants in waste streams.
Circular economy metrics and assessment tools are essential for measuring, analyzing, and optimizing resource efficiency and sustainability across industries. This session focuses on frameworks, methodologies, and digital tools for evaluating circularity in products, processes, and supply chains. Topics include life cycle assessment (LCA), material flow analysis (MFA), circularity indicators, sustainability reporting, and benchmarking strategies. Emphasis is placed on integrating quantitative metrics with decision-making, identifying opportunities for waste reduction, and promoting resource recovery. The session also explores challenges in standardization, data collection, and industry adoption. Case studies, best practices, and future directions in circular economy measurement will be highlighted.
We invite researchers, sustainability professionals, and industry experts to submit one-page abstracts for presentation at Sustainable Waste Management & Circular Economy. Join this platform to advance methodologies that drive a circular, resource-efficient future.
Industrial symbiosis and eco-industrial parks represent innovative approaches to sustainable industrial development by promoting resource efficiency, waste minimization, and collaborative networks among businesses. This session explores strategies for integrating industrial processes, sharing materials, energy, and water, and designing circular production systems. Topics include eco-industrial park planning, industrial clustering, resource recovery, and lifecycle optimization. Emphasis is placed on reducing environmental impact, improving economic performance, and fostering sustainable partnerships. The session also highlights emerging technologies, policy frameworks, and case studies demonstrating successful industrial symbiosis. Future trends in eco-industrial development and sustainability metrics will be discussed.
Industry leaders, researchers, and policymakers are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Share your insights and contribute to advancing collaborative and sustainable industrial practices.
Urban mining and resource recovery are transforming the way we handle legacy waste, turning historical waste streams into valuable secondary resources. This session explores innovative strategies for identifying, extracting, and repurposing materials from municipal, industrial, and electronic waste. Topics include advanced sorting technologies, chemical and mechanical recovery methods, circular economy integration, and sustainable resource management. Emphasis is placed on minimizing environmental impact, maximizing economic value, and enabling closed-loop material flows. Case studies, policy frameworks, and technological innovations that enhance recovery efficiency are highlighted. The session also discusses collaboration between industry, municipalities, and researchers to unlock the potential of legacy waste.
We invite one-page abstract submissions for presentation at Sustainable Waste Management & Circular Economy. Join global experts in advancing innovative approaches to urban mining and resource recovery.
Sustainable sludge management and biosolids utilization are critical for advancing environmentally responsible wastewater treatment and resource recovery. This session focuses on innovative strategies for sludge treatment, stabilization, and safe reuse in agriculture and energy production. Topics include nutrient recovery, pathogen reduction, composting, anaerobic digestion, and circular economy approaches. Emphasis is placed on regulatory compliance, environmental sustainability, and cost-effective technologies. The session also highlights emerging methods, case studies, and life-cycle assessments for optimized sludge management. Future trends in biosolids valorization and sustainable resource recovery will be discussed.
Researchers and practitioners are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Present your work and contribute to advancing sustainable sludge management and biosolids applications.
Green chemistry plays a pivotal role in minimizing environmental impact and promoting sustainable industrial practices. This session focuses on innovative chemical processes and materials designed to reduce waste generation, enhance resource efficiency, and lower toxicity. Topics include sustainable reaction pathways, renewable feedstocks, solvent alternatives, and circular material design. Emphasis is placed on evidence-based strategies, practical implementation, and cross-disciplinary collaboration. Advances in catalysis, process intensification, and lifecycle assessment are discussed. Regulatory considerations, industrial adoption, and future research directions are also explored.
We encourage one-page abstract submissions for Sustainable Waste Management & Circular Economy. Join this session to share your research and innovations in green chemistry and waste reduction.
The transition to a circular economy requires robust regulatory frameworks that promote resource efficiency, waste reduction, and sustainable production practices. This session focuses on policies, standards, and governance mechanisms that facilitate circular economy adoption across industries. Topics include legislative approaches, compliance strategies, incentives for sustainable practices, and international regulatory harmonization. Emphasis is placed on enabling innovation while ensuring environmental protection and economic viability. Case studies, policy analysis, and best practices are highlighted to guide stakeholders in implementing effective circular economy regulations. Emerging trends and future directions in regulatory frameworks are discussed.
Policymakers, researchers, and industry leaders are encouraged to submit one-page abstracts and contribute to Sustainable Waste Management & Circular Economy. Share insights and help shape the regulatory landscape for a sustainable future.
Extended Producer Responsibility (EPR) is a cornerstone policy for promoting sustainable waste management and circular economy transitions. This session examines regulatory frameworks, implementation strategies, and best practices for EPR across sectors. Topics include policy design, compliance mechanisms, stakeholder engagement, and product lifecycle management. Emphasis is placed on promoting recycling, resource efficiency, and sustainable production. Case studies from global initiatives and emerging trends in EPR adoption are highlighted. The session also explores challenges, opportunities, and innovations in policy enforcement and circular business models.
We invite one-page abstract submissions for the Sustainable Waste Management & Circular Economy Conference. Share your insights and contribute to advancing effective EPR strategies worldwide.
Understanding the economic drivers of waste management is critical for promoting sustainable practices. This session explores market-based instruments, economic incentives, and policy frameworks designed to reduce waste generation and enhance resource efficiency. Topics include circular economy economics, pricing mechanisms, taxation, subsidies, and extended producer responsibility. Emphasis is placed on evaluating cost-effectiveness, environmental impact, and behavioral responses. The session highlights case studies, modeling approaches, and emerging financial tools. Strategies for integrating economic instruments with regulatory and technological solutions are discussed.
Researchers, policymakers, and industry professionals are invited to submit one-page abstracts to the conference. Contribute insights on economic strategies for sustainable waste management and market-based interventions.
Effective waste reduction requires active public engagement and strategies that influence behavior at individual and community levels. This session explores evidence-based approaches to promoting sustainable waste practices, including education campaigns, social incentives, and community participation. Topics include behavioral insights, communication strategies, policy integration, and monitoring of behavioral outcomes. Emphasis is placed on fostering lasting lifestyle changes, increasing recycling rates, and reducing environmental impact. The session highlights successful case studies, multidisciplinary collaboration, and scalable interventions. Future directions in behavioral science applications for waste management are discussed.
Submit your one-page abstract to the Sustainable Waste Management & Circular Economy Conference and contribute to advancing impactful waste reduction strategies.
Community-led initiatives are driving sustainable waste management by empowering local action and behavioral change. This session focuses on strategies for reducing, reusing, and recycling waste at the community level, emphasizing citizen engagement and collaborative approaches. Topics include grassroots zero waste programs, local circular economy projects, sustainable consumption practices, and waste education campaigns. Emphasis is placed on fostering community ownership, promoting social innovation, and measuring environmental impact. Best practices, policy support, and success stories from diverse communities will be highlighted. Challenges, scalability, and future opportunities in community-driven waste reduction form a key focus of this session.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Join global experts sharing innovative approaches to building zero-waste communities.
Effective governance is critical for successful collaboration among diverse stakeholders in healthcare and surgical systems. This session explores innovative governance frameworks, decision-making structures, and collaborative models that enhance coordination, accountability, and transparency. Topics include stakeholder engagement strategies, policy alignment, conflict resolution, and performance monitoring. Emphasis is placed on fostering trust, shared responsibility, and sustainable partnerships. Case studies highlighting best practices and lessons learned will be presented. Emerging trends in governance, regulatory compliance, and cross-sector collaboration are discussed.
Healthcare leaders, policymakers, and researchers are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Share insights into governance strategies driving multi-stakeholder success.
Ensuring equity and justice in surgical care is essential for improving outcomes and addressing disparities. This session explores strategies to promote fair access to surgical services across diverse populations. Topics include social determinants of health, equitable perioperative resource allocation, and community engagement in surgical decision-making. Emphasis is placed on identifying and mitigating systemic barriers, enhancing culturally competent care, and promoting patient advocacy. The session highlights policy frameworks, research evidence, and multidisciplinary approaches to advance surgical equity. Challenges and future directions in achieving just and inclusive surgical care are discussed.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Contribute to shaping equitable and patient-centered surgical practices.
The global movement of waste presents complex regulatory, environmental, and ethical challenges. This session examines international waste trade dynamics, compliance with multilateral agreements, and the ethical implications of waste export and import. Topics include cross-border regulation, environmental justice, hazardous waste management, and sustainable disposal practices. Emphasis is placed on balancing economic interests with environmental protection and ethical responsibility. Case studies, policy frameworks, and enforcement strategies are highlighted. Emerging trends and innovative solutions for responsible global waste management are discussed.
Policy makers, researchers, and industry stakeholders are invited to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Contribute to advancing responsible global waste governance.
Circular business models and value chain innovation are transforming how products, services, and resources are designed, used, and regenerated. This session explores strategies for integrating circularity into business operations, including sustainable sourcing, product lifecycle management, and closed-loop systems. Topics include value creation through resource efficiency, collaborative partnerships, and innovative business frameworks. Emphasis is placed on measuring environmental and economic impact, scaling sustainable practices, and enhancing resilience across the value chain. Case studies and best practices highlight successful circular economy implementations. Emerging trends, regulatory considerations, and technology-driven innovations are discussed.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Participate in shaping the future of circular business strategies and value chain innovation.
Industrial waste reduction and cleaner production strategies are critical for sustainable manufacturing and environmental stewardship. This session explores innovative approaches to minimize industrial waste, optimize resource utilization, and implement cleaner production practices. Topics include waste valorization, process efficiency, pollution prevention, and circular economy integration. Emphasis is placed on sustainable industrial operations, regulatory compliance, and cost-effective solutions. Case studies highlighting successful implementation and lessons learned are presented. Emerging technologies, monitoring strategies, and future trends in industrial sustainability are discussed.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy and contribute to advancing cleaner, more sustainable industrial practices.
Innovative strategies in construction and demolition (C&D) waste management are transforming sustainability practices in the built environment. This session explores cutting-edge approaches to waste reduction, material recovery, and circular economy integration. Topics include recycling technologies, sustainable demolition techniques, policy frameworks, and digital tools for waste tracking. Emphasis is placed on resource efficiency, environmental impact reduction, and cost-effective solutions. Case studies highlighting successful C&D waste management initiatives are presented. Emerging trends, challenges, and best practices in the sector are discussed.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy Conference and contribute to advancing sustainable construction practices.
E-waste management is critical for sustainable resource use and environmental protection. This session focuses on the design, collection, and recycling of electronic waste, highlighting innovative systems and strategies. Topics include product lifecycle design, efficient collection networks, material recovery technologies, and safe disposal practices. Emphasis is placed on reducing environmental impact, promoting circular economy principles, and enhancing regulatory compliance. Case studies of successful e-waste management programs and emerging technologies are discussed. Future directions for sustainable e-waste systems and policy frameworks are explored.
Researchers, industry leaders, and policymakers are encouraged to submit one-page abstracts to Sustainable Waste Management & Circular Economy. Contribute your insights to shaping effective and innovative e-waste solutions.
Food loss and waste reduction is critical to building sustainable, resilient, and equitable food systems. This session focuses on innovative strategies, technologies, and policies aimed at minimizing food loss and waste across the entire value chain—from production and post-harvest handling to processing, distribution, retail, and consumption. Topics include supply chain optimization, cold-chain innovations, circular economy approaches, food recovery and redistribution models, and data-driven waste measurement. Emphasis is placed on practical solutions, systems thinking, and evidence-based interventions that improve efficiency while reducing environmental and economic impacts. Case studies and outcome-focused analyses are encouraged to translate research into real-world action.
We invite one-page abstracts to share research findings, pilot projects, and best practices that advance food loss and waste reduction. Join global experts and stakeholders in shaping more sustainable food systems.
The future of packaging lies in sustainable innovation and the development of environmentally responsible alternatives. This session explores next-generation packaging materials, design strategies, and technologies that reduce environmental impact while maintaining functionality and safety. Topics include biodegradable and compostable materials, bio-based polymers, recyclable and reusable packaging systems, and smart packaging solutions. Emphasis is placed on circular economy principles, lifecycle assessment, and regulatory compliance. The session highlights industry-led innovation, academic research, and scalable solutions for diverse sectors. Global trends, market challenges, and future opportunities in sustainable packaging are discussed. Strategic pathways for transitioning toward low-impact and circular packaging systems are explored.
We invite one-page abstract submissions to Sustainable Waste Management & Circular Economy. Join us in shaping the future of sustainable packaging and material innovation.
Circular water–waste systems are central to sustainable resource management and environmental resilience. This session focuses on integrated approaches that link water, wastewater, and solid waste management within circular economy frameworks. Topics include water reuse and recycling, waste-to-resource technologies, nutrient and energy recovery, and nature-based solutions. Emphasis is placed on system integration, innovation, and policy-driven implementation. The session highlights scalable models that enhance efficiency, reduce environmental footprints, and support climate adaptation. Case studies from urban and industrial settings are encouraged. Future pathways for closing water–waste loops and advancing circular sustainability are explored.
Submit your one-page abstract to Sustainable Waste Management & Circular Economy and contribute to building integrated circular solutions.