International Journal of Environmental Noise and Pollution Control

International Journal of Environmental Noise and Pollution Control is a peer-reviewed Online journal launched in 2023 that provides swift, concrete information on advancements in pollution control across multidisciplinary fields. Editors recommend high-quality, original, comprehensive research papers focusing on innovative applications and solutions. The journal encourages review articles that comprehensively cover aspects of environmental noise and pollution control, offering immediate impact on ongoing research.

• Assessment of risk from air, water, and soil pollution: Organic pollutants, potentially toxic elements, human exposure, bioavailability, risk assessment, heavy metals, environmental exposure, health risk assessment, Monte Carlo simulation, eco-toxicology, emerging contaminants, microplastics, PFAS chemicals, nanomaterials, pharmaceutical residues.
• Advanced pollution monitoring and predictive modeling: Remote sensing, GIS applications, IoT-based environmental monitoring, artificial intelligence in pollution prediction, big data analytics, real-time monitoring systems, machine learning techniques, hyperspectral satellite data, in situ data analysis.
• Feasible remedies for treatment and prevention of pollution; use of biodiesels and biofuels: Biodiesel, stability, fuel properties, degradation, climate change, biofuels, anaerobic digestion, integrated systems, chlorophyceae, blue-green algae, pigments, phycocyanin, polyunsaturated fatty acids, high added value products, renewable energy integration, solar PV energy, clean energy.
• Protection of groundwater from pollutants: Groundwater pollution, groundwater protection, karst systems, karst groundwater, random forest methods, vulnerability assessment, nitrates contamination, sustainable groundwater management.
• Waste disposal techniques and wastewater management: Rainwater sustainability, wastewater recycling, water and waste reuse, primary and secondary wastewater treatment, membrane technology, advanced water treatment, effluent treatment, pollutant removal from wastewater.
• Utilization of solar energy and clean energy solutions: Solar thermal energy, solar PV energy, clean energy generation, sustainable renewable energy systems, renewable absorbents, climate-resilient pollution control technologies.
• Feasibility study of pollutants and treatment techniques: Electro-peroxone processes, zero-valent iron technologies, emerging pollutant treatment, Fenton oxidation, ozone-based treatment, biogas production from wastewater, palm oil effluent management, real wastewater applications.
• Impacts of pollutants on ecology and health: Plastic pollution, microplastic behavior in ecosystems, soil pollution, plastic waste management, terrestrial ecosystem impacts, elemental defense disruption, heavy metal toxicity, immunomodulation effects, information disruption, infochemical effects, quorum sensing in polluted environments, non-auditory effects of pollutants.
• Noise pollution control and acoustic environment management: Low-frequency noise assessment, vibration impacts, annoyance measurement, fluctuating and rattling noise, low-frequency noise measurement techniques, frequency weightings, health impacts of infrasound noise, urban soundscape management, occupational noise exposure effects.
• Environmental Policy and Sustainability: Pollution-control policies, environmental regulations, EIA, sustainability strategies, environmental governance, and policy effectiveness.
• Assessment of water quality and modeling approaches: Bio-optical modeling of lake waters, physico-chemical water parameters, cluster analysis, principal component analysis, modeling pollution impacts in water bodies like Manchar Lake (Pakistan), remote sensing-based water quality assessment.
• Climate change and pollution interaction studies: Impact of climate change on pollution dynamics, air quality degradation from global warming, health risks related to changing pollutant patterns, renewable energy’s role in pollution mitigation, climate-resilient technologies for pollution control.
• Circular economy models and waste valorization technologies: Waste valorization, e-waste recycling innovations, biowaste composting strategies, plastic alternative development, resource recovery systems, sustainable waste management under circular economy principles.
• Clean Energy and Biofuel Applications: Renewable energy, solar energy, and biofuels for emission reduction, cleaner production, and pollution mitigation.
• Environmental Education and Awareness: Environmental education, pollution awareness, community participation, and capacity building for pollution prevention and control.
• Public Health and Socio-economic Impacts: Health, behavioral, and socio-economic impacts of environmental pollution, including exposure assessment and pollution-control interventions.