We are pleased to invite researchers, academicians, professionals, and practitioners to submit their abstracts for consideration in the upcoming publication opportunities on Solid Waste Management and Pollution Control.
Selected abstracts may be considered for possible publication in reputed journals with Springer Nature or Elsevier. There will be no publication fee for selected works.
📌 Last Date for Abstract Submission: 14th September 2025, 8:00 AM GMT
📧 Submit Abstracts to: research@track2training.com
Abstract Submission Guidelines
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Abstract Length: 150–250 words
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Format: Submit as a Word document (.doc/.docx)
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Details Required:
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Title of the Paper
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Authors’ Full Name(s)
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Position / Designation
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Department & University / Institution
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City, Country
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Email ID
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ORCID ID
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Keywords: 5 relevant keywords
Suggested Themes (but not limited to):
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Municipal Solid Waste Management
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Industrial & Hazardous Waste Control
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E-waste and Plastic Waste Management
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Waste-to-Energy Technologies
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Air and Water Pollution Control
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Green Technologies and Circular Economy Approaches
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Environmental Impact Assessment
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Policies and Innovations in Pollution Control
Sample Abstract Format
Title: Innovative Approaches in Municipal Solid Waste Management: A Circular Economy Perspective
Author(s):
Dr. John Doe, Associate Professor, Department of Environmental Engineering, XYZ University, London, UK
Email: johndoe@xyz.ac.uk | ORCID: 0000-0002-1234-5678
Abstract (150–250 words):
Municipal solid waste (MSW) management remains a critical challenge in urban areas, particularly with the increasing rates of waste generation and limited disposal options. This study explores innovative strategies to address MSW by integrating circular economy principles with modern waste-to-energy technologies. The research highlights the role of decentralized waste processing units, enhanced recycling systems, and policy-driven incentives to minimize landfill dependency. By examining case studies from both developed and developing countries, this paper identifies best practices and scalable models that can be adopted globally. The findings suggest that transitioning to a circular economy not only improves waste management efficiency but also contributes to reduced greenhouse gas emissions, sustainable urban development, and improved public health outcomes. The study emphasizes the need for multi-stakeholder collaboration, technological innovation, and supportive regulatory frameworks to ensure effective implementation of sustainable waste management practices.
Keywords: Solid Waste Management, Circular Economy, Waste-to-Energy, Recycling, Sustainability
