About the Journal

 

Journal of Pollution Mitigation and Sustainable Technology is an international peer-reviewed, open-access scholarly journal dedicated to research, innovation, and technological development addressing pollution prevention, environmental remediation, waste reduction, resource efficiency, sustainable production, and environmentally responsible technologies.

The journal provides an interdisciplinary platform for researchers, engineers, environmental scientists, technology developers, industry professionals, policymakers, and other stakeholders working on practical and scientific approaches to reduce environmental contamination and improve the sustainability of industrial, urban, coastal, marine, agricultural, and infrastructure systems.

The journal particularly welcomes studies that connect pollution characterization and environmental science with mitigation technologies, treatment systems, process optimization, digital monitoring, circular-economy strategies, cleaner production, resource recovery, lifecycle performance, and sustainable environmental management.

Journal Identity
Pollution Control  ·  Environmental Remediation  ·  Sustainable Technology  ·  Circular & Low-Impact Systems
Advancing Technologies for Pollution Reduction and Sustainable Environmental Solutions

Aim & Scopes

 

The Journal of Pollution Mitigation and Sustainable Technology aims to disseminate original research, reviews, experimental studies, computational investigations, technological developments, and applied solutions that contribute to the prevention, reduction, treatment, monitoring, and sustainable management of environmental pollution. The journal covers the following principal areas:

1. Pollution Prevention and Mitigation Technologies
Air, water, soil, coastal, marine, industrial, and urban pollution control; source reduction; emission and discharge mitigation; cleaner production; pollution-prevention technologies; environmental process optimization; low-emission systems; industrial pollution management; and technologies designed to minimize contaminant generation and environmental release.
2. Environmental Treatment and Remediation
Wastewater and water treatment; membrane technologies; adsorption; advanced oxidation; biological treatment; bioremediation; phytoremediation; soil and sediment remediation; oil-spill treatment; heavy-metal removal; emerging contaminant treatment; microplastic mitigation; hazardous-waste treatment; and integrated environmental remediation systems.
3. Waste Management, Resource Recovery and Circular Technology
Solid and hazardous waste management; waste minimization; recycling; reuse; resource recovery; waste-to-energy; industrial symbiosis; circular materials; sustainable waste-processing technologies; biomass utilization; material recovery; lifecycle improvement; and circular-economy approaches for reducing environmental burdens.
4. Environmental Monitoring, Digital Technologies and Sustainable Systems
Environmental sensors; pollution monitoring; remote sensing; Internet of Things; artificial intelligence; machine learning; digital twins; predictive environmental modeling; decision-support systems; lifecycle assessment; environmental risk assessment; sustainable process design; eco-efficiency; environmental performance evaluation; and digital technologies supporting pollution mitigation and sustainability.
Interdisciplinary Studies: The journal welcomes interdisciplinary research involving environmental engineering, chemical engineering, civil engineering, marine and coastal engineering, materials science, biotechnology, environmental chemistry, energy systems, artificial intelligence, remote sensing, industrial ecology, circular economy, environmental management, and sustainability science when the research demonstrates a clear contribution to pollution mitigation or sustainable technology.
Scope Note: Manuscripts focused primarily on generic environmental assessment, materials characterization, artificial intelligence, renewable energy, industrial processes, or sustainability indicators should demonstrate a substantive connection to pollution prevention, contaminant reduction, environmental treatment, remediation, waste minimization, resource recovery, environmental monitoring, or sustainable pollution-control technology to be considered within the scope of the journal.
Journal Perspective: The journal particularly encourages research that connects pollution science and environmental engineering with practical mitigation technologies, resource efficiency, circular systems, digital innovation, and sustainable implementation , contributing to cleaner, safer, and more resilient environmental systems.