International Conference on Recycling & Waste Management 2027
Advancing Circular Economy, Resource Recovery & Sustainable Waste Solutions
Reduce | Reuse | Recycle | Recover
Advancing Recycling & Waste Management
The International Conference on Recycling & Waste Management 2027 brings together waste-management professionals, environmental scientists, recycling specialists, policymakers, researchers, industry leaders and sustainability practitioners.
The conference provides an opportunity to exchange knowledge on recycling technologies, waste minimization, resource recovery, circular-economy models and practical strategies for reducing environmental impacts across communities and industries.
Through keynote presentations, technical sessions, workshops, panel discussions, oral and poster presentations, and professional networking, the meeting encourages cross-sector collaboration and the development of sustainable waste-management solutions.
A Global Platform for Circular Economy Innovation
The conference provides a professional environment for researchers, environmental professionals, recycling and waste-management companies, policymakers and industry representatives to share findings, technologies and strategies for sustainable resource management.
Program themes include recycling technologies, solid-waste management, plastics and e-waste, composting and organic waste, circular-economy policy, sustainable materials, waste-to-energy, pollution prevention and environmental monitoring.
Key Areas of Recycling & Waste Management
The program connects environmental science, engineering, materials research, policy and industry to encourage practical, multidisciplinary approaches to waste reduction and resource recovery.
Recycling Technologies
Mechanical, chemical and advanced recycling methods for recovering valuable materials from waste streams.
Solid Waste Management
Collection, sorting, treatment and safe disposal systems for municipal, commercial and industrial waste.
Circular Economy & Policy
Policies, business models and design strategies that keep materials in use and reduce waste generation.
Waste Data & Smart Technologies
Waste tracking, AI-enabled sorting, digital monitoring, lifecycle assessment and data-driven waste planning.
Pollution Prevention
Strategies to prevent land, air and water pollution and reduce environmental risks from waste.
Sustainable Materials & Resource Recovery
Material reuse, product life extension, recovered resources and sustainable production systems.
Exploring the Future of Recycling & Waste Management
Recycling & Resource Recovery
- Mechanical, Chemical & Advanced Recycling
- Plastic, Paper, Glass & Metal Recycling
- Electronic Waste Collection & Recovery
- Reuse, Repair & Product Life Extension
- Material Recovery Facilities & Sorting
- Circular Economy & Industrial Symbiosis
- Recycled Materials & Sustainable Manufacturing
- Lifecycle Assessment & Resource Efficiency
Waste Management, Policy & Innovation
- Municipal, Industrial & Hazardous Waste Management
- Organic Waste, Composting & Anaerobic Digestion
- Waste Policy, Regulation & Extended Producer Responsibility
- Waste Audits, Analytics & Smart Collection Systems
- Waste-to-Energy & Resource Recovery
- Construction & Demolition Waste
- Marine Litter, Plastics & Pollution Prevention
- Sustainable Packaging & Product Design
Who Should Attend?
The conference welcomes professionals, researchers and organizations working across recycling, waste management, environmental science, sustainability, engineering, policy and circular-economy industries.
Waste Management Professionals
Recycling Specialists
Environmental Scientists
Sustainability Consultants
Industry & Waste Operators
Researchers & Academics
Circular Economy Experts
Students & Early-Career Professionals
Why Participate in ICRWM 2027?
01. Knowledge Exchange
Share recycling research, waste-management practices and technical perspectives with an international community.
02. Expert Insights
Engage with experts from recycling, waste management, environmental science and sustainable industry.
03. Professional Networking
Build connections with researchers, policymakers, recycling firms, waste operators and sustainability professionals.
04. Research Presentation
Present research findings, case studies, waste data and emerging recycling technologies.
05. Collaboration
Explore interdisciplinary and international partnerships for circular-economy projects and resource recovery.
06. Scientific Development
Gain new perspectives on waste reduction, recycling systems, material recovery and evidence-based environmental practices.
Our Commitment to Recycling & Waste Management
Magnova Group aims to create professional platforms that encourage knowledge exchange, interdisciplinary collaboration, research communication and meaningful connections across the global recycling, waste-management and sustainability community.
Conference Highlights
Keynote Presentations
Insights into current developments in recycling technologies, circular economy and sustainable waste management.
Technical Sessions
Focused sessions covering recycling methods, waste treatment, resource recovery, policy and pollution prevention.
Oral & Poster Presentations
Research communication and technical discussion across recycling and waste-management themes.
Expert Panel Discussions
Multidisciplinary discussions addressing waste reduction, plastic pollution, circularity and sustainable resource use.
Interactive Workshops
Practical exploration of recycling systems, waste audits, lifecycle assessment and resource-recovery approaches.
Global Networking
Opportunities to connect with international recycling specialists, waste-management leaders, policymakers and researchers.
Join an international community of recycling and waste-management professionals in Kuala Lumpur, Malaysia, from June 9–11, 2027 (Wednesday–Friday), to share knowledge, explore emerging research, strengthen scientific collaboration and advance sustainable resource management through innovative recycling and waste-management practices.