Call for Paper

• Objectives of sustainable chemistry
• Basic Principles and New Trends in Green Chemistry
• Green Chemistry in Industry
• Sub- and Supercritical Fluid Technology
• Green Extraction Techniques
• Green Solvents and Catalysis
• Separations and Analysis
• Green Manufacturing and Engineering
• Energy Efficient Manufacturing
• Sustainable Building
• Biobased Materials
• Bio-inspired Materials
• Clean Polymerization Methodologies
• Biomass and Wastes as Resources
• Conversion of Vegetable Oils, Derivatives and By-products
• Biomass Resources, Conversion Technologies
• Bio-based Chemicals and Reactions
• Recycling for Green and Sustainable Chemistry
• Biodiversity, Sustainability
• Biomass Policies, Markets
• Solar Technologies and New Trends
• Bioenergy, Wind Energy and Geothermal Energy
• Hybrid Systems
• Renewable Storage Technologies
• Life-Cycle Assessment
• Environmental and Ethical Assessments
• Sustainability Evaluation
• Carbon Foot Print
• Transportation
• Disposal
• Reuse
• Education and Policies
• Philosophical and Methodological Perspectives of Green Education
• Normative Dimensions of Green Education Research
• Curriculum Research in Green Education
• Learning and Teaching Processes Research in Green Education
• Historical, Contextual, and Theoretical Orientations in Green Education
• Insights, Gaps, and Future Directions in Green Education
• Environmental Economics
• Strategies for the Green Economy
• Green Economic Policy
• Integrating Network Economy with Green Economy
• Transition to a Green Economy for Developing Countries
• Innovation in the Green Economy