sustainable chemical science and technology

The Big Picture

Building tomorrow through Green Chemistry

Sus. Chem. Lesson 1

Objective, evaluation and credits, targeted students for this course

Sus. Chem. Lesson 2

Greenhouse effect and global warning

Sus. Chem. Lesson 3

Key resources

Sus. Chem. Lesson 4

Biogeochemical cycle, C cycle, N cycle, Water cycle

Sus. Chem. Lesson 5

Sustainability, how Chemistry can help in sustainable development

Sus. Chem. Lesson 6

Conventional vs renewable energy sources

Sus. Chem. Lesson 7

Green Chemistry concepts

Sus. Chem. Lesson 8

Circular economy, CO₂ capture and storage

Sus. Chem. Lesson 9

H₂ technology, production, storage and utilization

Sus. Chem. Lesson 10

H₂ technology deployment around the world

Sus. Chem. Lesson 11

Use of NH₃ as fuel

Sus. Chem. Lesson 12

Biomass as renewable energy source

Sus. Chem. Lesson 13

Energy storage and conversion technology, battery and fuel cells

Sus. Chem. Lesson 14

Greener materials, degradable polymers, and its implementation in industries

Sus. Chem. Lesson 15

Sustainability in health

Sus. Chem. Lesson 16

LCA in chemical industry

Sus. Chem. Lesson 17

Greener solvents and recycling of solvents

Sus. Chem. Lesson 18

Environmental impact on atmospheric chemistry

Sus. Chem. Lesson 19

Nanoscience for a sustainable future

Sus. Chem. Lesson 20

Introduction and history of nanotechnology

Sus. Chem. Lesson 21

Use of nanotechnology in innovative applications

Sus. Chem. Lesson 22

Properties of nanomaterials

Sus. Chem. Lesson 23

Catalyst and its use in sustainable chemical conversions

Sus. Chem. Lesson 24

Green chemistry concepts

Sus. Chem. Lesson 25

Use of nano catalysts in green chemistry applications

End of Class