| Introduction and Basic concept of green catalysis | FAQs of Module 1 | FAQ of Introduction and Basic concept of green catalysis | 9 |
| Solid acids and bases as catalysts , Application of catalyst functionality concepts for control | FAQs of Module 2 | FAQ of Solid acids and bases as catalysts , Application of catalyst functionality concepts for control | 175 |
| Kinetics and reaction on surfaces, Application of functionality concepts for control of reaction | FAQs of Module 3 | FAQ of Kinetics and reaction on surfaces, Application of functionality concepts for control of reaction | 10 |
| Steps in catalytic reaction (Adsorption, Kinetic models, interparticulate and intraparticle transpor | FAQs of Module 4 | FAQ of Steps in catalytic reaction (Adsorption, Kinetic models, interparticulate and intraparticle transport process | 278 |
| Selection and design and Preparation of catalysts. | FAQs of Module 5 | FAQ of Selection and design and Preparation of catalysts. | 51 |
| Textural Properties of solid catalysts. | FAQs of Module 6 | FAQ of Textural Properties of solid catalysts. | 9 |
| Characterization of catalysts | FAQs of Module 7 | FAQ of Characterization of catalysts | 40 |
| Zeolite catalysts , preparation, characterization and applications. | FAQs of Module 8 | FAQ of Zeolite catalysts , preparation, characterization and applications. | 117 |
| Catalyst deactivation kinetics,various deactivation models | FAQs of Module 9 | FAQ of Catalyst deactivation kinetics,various deactivation models | 9 |
| Environmental catalysis and its application | FAQs of Module 10 | FAQ of Environmental catalysis and its application | 5 |