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Aims and Scope
Journal DOI: 10.33140/AEWMR
Aim and Scope
Advance in Environmental Waste Management & Recycling is an international peer reviewed open access journal that publishes research related to environmental sustainability, waste management technologies, resource recovery, and recycling systems. The journal provides an academic platform for environmental scientists, engineers, policy researchers, sustainability specialists, and industry professionals working in waste treatment, environmental protection, and circular resource management.
The journal considers manuscripts that examine environmental pollution, waste generation patterns, waste treatment technologies, recycling methods, and sustainable environmental management practices. Research addressing technological, scientific, economic, and policy aspects of waste management and recycling systems is appropriate for publication.
Advance in Environmental Waste Management & Recycling welcomes original research articles, review papers, environmental studies, experimental investigations, analytical research, case studies, and technical reports that contribute to improving waste management systems and environmental sustainability practices.
Waste Management Systems and Technologies
The journal publishes research addressing municipal solid waste management, industrial waste management, hazardous waste treatment, biomedical waste disposal, and agricultural waste handling. Studies examining waste collection systems, waste segregation methods, waste transportation logistics, and waste treatment infrastructure are appropriate for submission.
Research involving landfill engineering, waste stabilization processes, composting technologies, anaerobic digestion systems, and waste-to-energy technologies is also considered.
Recycling Technologies and Resource Recovery
The journal welcomes studies addressing recycling technologies for plastics, metals, glass, paper, electronic waste, construction waste, and industrial byproducts. Research examining material recovery processes, recycling system efficiency, and advanced recycling technologies is encouraged.
Studies involving circular economy approaches, sustainable material reuse systems, and resource recovery technologies that reduce environmental waste accumulation are also appropriate.
Environmental Pollution and Waste Impact Studies
Research addressing environmental pollution caused by waste disposal and industrial waste emissions is within the scope of the journal. Studies examining soil contamination, water pollution, air pollution related to waste burning, and microplastic contamination are suitable for publication.
Investigations evaluating environmental risk assessment, ecological impact studies, and environmental monitoring methods associated with waste disposal are also welcomed.
Waste Treatment and Environmental Engineering
The journal considers research involving biological treatment methods, chemical treatment processes, thermal treatment technologies, and advanced environmental engineering techniques used for waste processing and pollution control.
Studies examining wastewater treatment systems, sludge treatment technologies, leachate treatment methods, and environmental remediation technologies are also appropriate.
Sustainable Development and Environmental Policy
The journal publishes research related to sustainable waste management practices, environmental policy development, waste regulation systems, and environmental governance related to waste reduction.
Studies examining waste reduction strategies, sustainable consumption models, environmental education, community-based recycling programs, and global waste management initiatives are encouraged.
Article Types
Advance in Environmental Waste Management & Recycling publishes original research articles, review papers, environmental studies, experimental investigations, analytical reports, technical communications, case studies, short communications, and conference proceedings related to environmental waste management and recycling technologies.
Authors are encouraged to submit manuscripts presenting innovative waste treatment technologies, environmental sustainability solutions, recycling system analysis, or policy-based environmental studies that contribute to improved environmental management practices.
Topics of Interest Include, But Are Not Limited To
Environmental Waste Management, Recycling Technologies, Waste Treatment Systems, Municipal Solid Waste Management, Industrial Waste Management, Hazardous Waste Treatment, Biomedical Waste Disposal, Agricultural Waste Management, Waste Segregation Methods, Waste Collection Systems, Waste Transportation Logistics, Landfill Engineering, Landfill Gas Management, Waste Stabilization Processes, Composting Technologies, Anaerobic Digestion Systems, Waste To Energy Technologies, Energy Recovery From Waste, Plastic Recycling Technologies, Metal Recycling Processes, Glass Recycling Systems, Paper Recycling Methods, Electronic Waste Recycling, Construction Waste Recycling, Industrial Byproduct Recycling, Circular Economy Systems, Resource Recovery Technologies, Sustainable Material Reuse, Environmental Pollution Studies, Soil Contamination Research, Water Pollution Studies, Air Pollution From Waste Burning, Microplastic Contamination Studies, Environmental Monitoring Systems, Ecological Impact Assessments, Environmental Risk Analysis, Wastewater Treatment Technologies, Sludge Treatment Systems, Leachate Treatment Methods, Environmental Remediation Technologies, Bioremediation Methods, Phytoremediation Systems, Environmental Engineering Solutions, Pollution Control Technologies, Sustainable Waste Management Practices, Waste Reduction Strategies, Environmental Sustainability Studies, Environmental Policy Research, Waste Regulation Systems, Environmental Governance Models, Community Recycling Programs, Sustainable Consumption Studies, Global Waste Management Initiatives, Climate Change Related Waste Research, And Environmental Resource Management Systems.
Advance in Environmental Waste Management & Recycling (ISSN: 2641-1784) is a peer-reviewed open-access journal focused on the most advantageous utilization of natural resources with social responsibility, by highlighting recycling and waste management. The quality of the Editorial Board follows the Peer review process. The time to publish the articles from the date of submission is maximum of 30-35 days.
The scope of the journal is research in the field of cleaning stormwater pits, improving water quality from any source-physical, Chemical, And Biological Impurities, Industrial Waste, Landfill Management, Managing Water For Public Supply, Nuclear Fission, Recycling Glass, Recycling Rubber, Recycling Paper, The Scope Of Purification, Waste Legislation, Uranium Enrichment, Water Treatment Methods, Water-Borne Diseases, Waste Smart, Water Quality And Treatment, Reprocessing, Recycling Sewage Water, Recycling Wastewater, Ozone Depletion, Mining Nuclear Fuel, Methods Of Refuse Sorting-Screening, Magnetic, Hand Sorting, Gas Diffusion, Domestic Waste, Etc.
We welcome articles from professors, environmental experts, biologists, biotechnologists, clinicians, scientists, research scholars, and medical practitioners. We will publish all types of articles like clinical cases, case reports, research articles, review, short communication, commentarty, image articles, PPTs, letter to the Editor and Editorials.
Submit the manuscript at www.opastpublishers.com/journal/advance-in-environmental-waste-management-recycling/manuscript-submission or send it as an e-mail attachment to the Editorial Office at info@opastpublishers.com
Following are some of the fields that the journal covers:
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Aquatic environment |
Biofuels and biorefineries |
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Atmospheric environment |
Materials in extreme environments |
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Biomonitoring and biomarkers |
Environmental impacts of energy technologies |
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Air, soil, water and biota chemical pollutants and health |
climate change |
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Environmental analysis and methods |
Global atmospheric chemistry |
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Environmental catalysis and nanomaterials |
Water-energy nexus |
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Environmental health and toxicology |
Terrestrial environment |
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Environmental nanotechnology |
Environmental management system |
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Biotransformation and environmental fate |
Environmental pollutants |
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Contaminant behaviour and environmental processes |
Environmental protection |
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Ecological chemistry |
Environmental management |
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Environmental biotechnology |
Pollution |
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Environmental chemistry |
Climate change |
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Environmental epidemiology |
Environmental pollution |
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Environmental functional materials for pollution control |
Environmental science |
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Environmental risks assessment and management |
Environmental engineering |
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Global warming/climate change |
Environmental problems |
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Indoor and outdoor air pollution control |
Environmental protection |
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Marine, freshwater and terrestrial ecosystems |
Environmental sustainability |
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Pollution detection and monitoring |
Anthropogenic impacts on the atmosphere |
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Resource-energy recovery during pollution control |
Biogeochemical cycling |
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Solid-waste management |
Contaminants in aquatic and terrestrial environments |
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Soil and site pollution remediation |
Ecotoxicology and public health |
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Waste treatment and disposal |
Energy and climate |
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Water pollution control and water security |
Sustainable systems |
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Environmental |
Environmental impact |
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Waste management |
Recycling |
