Call For Paper
Multidisciplinary Studies
- 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