Advance in Environmental Waste Management & Recycling(AEWMR)

Aims and Scope

Journal DOI: 10.33140/AEWMR

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:

Aquatic environment	Biofuels and biorefineries
Atmospheric environment	Materials in extreme environments
Biomonitoring and biomarkers	Environmental impacts of energy technologies
Air, soil, water and biota chemical pollutants and health	climate change
Environmental analysis and methods	Global atmospheric chemistry
Environmental catalysis and nanomaterials	Water-energy nexus
Environmental health and toxicology	Terrestrial environment
Environmental nanotechnology	Environmental management system
Biotransformation and environmental fate	Environmental pollutants
Contaminant behaviour and environmental processes	Environmental protection
Ecological chemistry	Environmental management
Environmental biotechnology	Pollution
Environmental chemistry	Climate change
Environmental epidemiology	Environmental pollution
Environmental functional materials for pollution control	Environmental science
Environmental risks assessment and management	Environmental engineering
Global warming/climate change	Environmental problems
Indoor and outdoor air pollution control	Environmental protection
Marine, freshwater and terrestrial ecosystems	Environmental sustainability
Pollution detection and monitoring	Anthropogenic impacts on the atmosphere
Resource-energy recovery during pollution control	Biogeochemical cycling
Solid-waste management	Contaminants in aquatic and terrestrial environments
Soil and site pollution remediation	Ecotoxicology and public health
Waste treatment and disposal	Energy and climate
Water pollution control and water security	Sustainable systems
Environmental	Environmental impact
Waste management	Recycling