Call for papers/Topics So, Topics of Interest for Submission include, but are Not Limited to: I. Core Green Chemistry Principles & Applications: Sustainable Feedstocks: Biomass conversion and utilization (lignocellulosic, algal, etc.) Utilizing waste streams as renewable resources. Development of bio-based polymers and materials. Sustainable sourcing of raw materials. Green Synthesis & Catalysis: Biocatalysis and enzyme engineering. Heterogeneous and homogeneous catalysis for sustainable processes. Photocatalysis and electrocatalysis for environmental remediation. Development of safer and more efficient synthetic routes. Atom economy and efficient synthesis design. Green Solvents & Reaction Media: Ionic liquids, supercritical fluids, and deep eutectic solvents. Aqueous and solvent-free reactions. Minimizing solvent waste and emissions. Alternative and sustainable reaction media. Green Analytical Chemistry: Developing analytical methods with reduced environmental impact. On-site and real-time monitoring of pollutants. Sustainable sample preparation techniques. Life Cycle Assessment (LCA) & Green Metrics: Evaluating the environmental impact of chemical processes and products. Developing and applying green chemistry metrics and indicators. Sustainable product design and development. Circular economy and green chemistry. II. Sustainable Environmental Solutions: Water Remediation & Purification: Advanced oxidation processes (AOPs) for water treatment. Membrane technologies for water purification. Removal of emerging contaminants (pharmaceuticals, microplastics, etc.). Sustainable sanitation and wastewater treatment. Air Pollution Control & Mitigation: Development of catalysts for air pollutant removal (NOx, SOx, VOCs). Sustainable technologies for greenhouse gas reduction (CO2 capture, utilization). Indoor air quality improvement. Monitoring and control of particulate matter. Soil Remediation & Sustainable Agriculture: Phytoremediation and bioremediation of contaminated soils. Sustainable fertilizer and pesticide development. Organic farming and agroecology. Sustainable land management and erosion control. Waste Management & Circular Economy: Chemical recycling and upcycling of waste materials. Development of biodegradable and compostable materials. Designing for circularity and closed-loop systems. E-waste processing. Sustainable Energy & Materials: Green synthesis of materials for solar cells, batteries, and fuel cells. Development of sustainable energy storage and conversion technologies. Sustainable construction materials. Biofuels. III. Interdisciplinary & Societal Aspects: Green Chemistry Education & Outreach: Integrating green chemistry principles into curricula. Promoting public awareness and engagement. Building capacity for sustainable innovation. Policy & Regulation for Green Chemistry: Developing sustainable chemical policies and regulations. Promoting industry adoption of green chemistry practices. International collaboration for sustainable development. Sustainable Development Goals (SDGs) & Green Chemistry: Addressing global challenges through green chemistry solutions. Integrating green chemistry into sustainable development strategies. Ethical Considerations in Green Chemistry: Responsible innovation and risk assessment. Equitable distribution of green technologies. The long term effects of new technologies. Green chemistry and sustainable business practices. The role of green chemistry in developing sustainable infrastructure

Topics Papers are welcomed in the following research fields: Science & Technology: Artificial Intelligence and Machine Learning: AI ethics and societal impact AI in healthcare AI in education AI in autonomous systems Sustainable Technologies: Renewable energy sources Sustainable materials and manufacturing Green building and infrastructure Circular economy and waste reduction Biotechnology and Biomedical Engineering: Gene editing and synthetic biology Regenerative medicine and tissue engineering Biomaterials and drug delivery Medical devices and diagnostics Robotics and Automation: Industrial automation and robotics Human-robot interaction Autonomous vehicles and drones Robotics in healthcare and rehabilitation Cybersecurity and Information Technology: Cybersecurity threats and vulnerabilities Cybersecurity solutions and best practices Data privacy and security Blockchain and cryptocurrency Space Exploration and Technology: Space exploration missions and discoveries Space technology and applications Commercial space industry Space debris and sustainability Quantum Computing: Quantum algorithms and applications Quantum hardware and software Quantum cryptography Internet of Things (IoT): IoT devices and sensors IoT security and privacy IoT applications in smart cities and homes Nanotechnology: Nanomaterials and their properties Nanotechnology applications in medicine, electronics, and energy Additive Manufacturing (3D Printing): 3D printing materials and processes 3D printing applications in manufacturing and healthcare Virtual and Augmented Reality: VR/AR hardware and software VR/AR applications in education, training, and entertainment Big Data and Data Science: Data mining and machine learning techniques Big data analytics and visualization Data ethics and privacy Social Sciences Globalization and its effects on culture and society Inequality and social justice Migration and displacement Political polarization and extremism The future of work and the gig economy Mental health and well-being in the 21st century The impact of social media on social interactions Education The role of technology in education The future of higher education Early childhood education and development Inclusive education and special needs Global citizenship education Critical thinking and problem-solving skills The impact of COVID-19 on education Interdisciplinary Topics Science communication and public engagement The ethics of emerging technologies The intersection of technology and the arts The impact of technology on mental health and well-being The role of education in addressing social and environmental challenges The future of work and the role of education

I. Chemical Sciences: Green Chemistry and Sustainable Processes: Development of environmentally friendly chemical synthesis. Utilization of renewable feedstocks. Catalysis for sustainable reactions. Waste reduction and recycling in chemical industries. Materials Chemistry and Nanotechnology: Synthesis and characterization of advanced materials. Nanomaterials for environmental applications. Materials for energy storage and conversion. Chemical sensors and analytical techniques. Environmental Chemistry: Analysis and remediation of pollutants in air, water, and soil. Monitoring and assessment of environmental contamination. Development of sustainable water treatment technologies. Atmospheric chemistry and climate change. Agrochemicals: Development of sustainable pesticides and fertilizers. Study of the chemical interactions between plants and their environments. II. Agricultural Sciences: Sustainable Agriculture and Food Security: Precision agriculture and smart farming technologies. Organic farming and agroecology. Crop improvement and biotechnology. Soil health and nutrient management. Reducing food waste and loss. Agricultural Biotechnology: Genetic engineering of crops for improved yield and resilience. Development of bio-based pesticides and fertilizers. Applications of genomics and proteomics in agriculture. Agricultural Environmental Impacts: The impacts of agriculture on water and soil quality. Reduction of greenhouse gas emissions from agriculture. Sustainable livestock management. Effects of climate change on agriculture. Postharvest Technology and Food Processing: Sustainable food preservation methods. Development of functional foods and nutraceuticals. Food safety and quality control. III. Environmental Sciences: Climate Change and Global Warming: Climate modeling and prediction. Carbon capture and sequestration technologies. Renewable energy sources and technologies. Climate change adaptation and mitigation strategies. Ecology and Biodiversity Conservation: Ecosystem restoration and management. Conservation of endangered species and habitats. Impacts of pollution and habitat loss on biodiversity. Environmental monitoring and assessment. Water Resources Management: Water scarcity and quality issues. Sustainable water treatment and reuse. Integrated water resources management. Hydrological modeling and forecasting. Pollution Control and Remediation: Air, water, and soil pollution control technologies. Waste management and recycling. Remediation of contaminated sites. Environmental risk assessment. IV. Natural Sciences: Earth Sciences: Geology, geochemistry, and geophysics. Natural disasters and hazard assessment. Sustainable resource extraction and management. Climate and paleoclimate studies. Biological Sciences: Ecology, and environmental microbiology. Biodiversity studies. The effects of pollutants on biological systems. Mathematical and Computational Sciences: Modeling and simulation of environmental processes. Data analysis and visualization in environmental science. Applications of remote sensing and GIS. V. Interdisciplinary Themes: Sustainable Development Goals (SDGs) and their implementation. The nexus of food, energy, and water security. The role of technology in addressing environmental challenges. Policy and governance for sustainable development. Ethical considerations in science and technology.