Green Chemistry

I. Introduction<br>1.1 History of Green Chemistry: Remodeling from conventional approach to greener approach<br>1.2 Selection of solvent and auxiliary<br>1.3 Eutectic solvents in mining industry<br>1.4 Green catalyst and reagents<br><br>II. Greener approaches and methodologies for sustainability<br>2.1 Microwave irradiation (MWI) techniques<br>2.2 Ultrasonication techniques<br>2.3 Photo-catalysis techniques<br>2.4 Grinding and milling methods (mechanochemical)<br>2.5 Supercritical fluid extraction techniques<br>2.6 Biological and enzymatic approach<br><br>III. Interdisciplinary Approach of Green Chemistry<br>3.1 Nanoscience and nanotechnology<br>3.2 Sustainable energy resources<br>3.3 Green structure and buildings<br>3.4 Petroleum and oil industries<br>3.5 Green approach for transportation<br><br>IV By-product Value addition<br>4.1 Zero waste technology<br>4.2 CO2 Sequestration/conversion of CO2 to methanol<br>4.3 Conversion of waste to value added product<br>4.4 Green Solution for environmental sustainability<br><br>V Green chemistry: challenges, opportunities, and Future Perspective of green chemistry<br>5.1 Major challenges<br>5.2 Opportunities in different sectors<br>5.3 Case studies & Techno-economic analyses<br>5.4 Future possibility & Life cycle analysis (LCA)