Educational guide Faculty of Chemistry |
english |
Bachelor's Degree in Chemistry (2009) |
Subjects |
CATALYSIS |
Contents |
IDENTIFYING DATA | 2020_21 |
Subject | CATALYSIS | Code | 13204221 | |||||
Study programme |
|
Cycle | 1st | |||||
Descriptors | Credits | Type | Year | Period | ||||
3 | Optional | 1Q |
Competences | Learning outcomes | Contents |
Planning | Methodologies | Personalized attention |
Assessment | Sources of information | Recommendations |
Topic | Sub-topic |
Unit 1. General fundamentals of catalysis | Catalysis definition, catalytic systems, measurement of the catalytic activity.? |
Unit 2. Factors influencing the catalyzed reaction | Composition of the catalysts, reactor types, external parameters. |
Unit 3. Surface characterization techniques | X-ray diffraction, Nitrogen physisorption, TPR, TPD, XPS, electron microscopy. |
Unit 4. Design of heterogeneous catalysts | Preparation, catalytic life, ways of use. |
Unit 5. Kinetics of the catalytic reaction | Steps of the chemical reaction, chemisorption, desorption. |
Unit 6. Choice of heterogeneous catalyst | Metals (hydrogenation), metal oxides; (oxidation), acidic materials (isomerization, cracking, polymerization), basic materials (condensation) |
Unit 7. Applications of heterogeneous catalysis | -Fischer-Tropsch process. -Synthesis of ammonia . -Elimination of combustion pollutants in cars |
Unit 8. Introduction to homogeneous catalysis | Concepts. Catalytic reactions with organometallic compounds. Catalytic cycles. Applications. |
Unit 9. Hydrogenation of alkenes | Asymmetric hydrogenation: the origin of enantioselectivity. Applications: L-Dopa and Aspartame synthesis. |
Unit 10. Pd-allylic substitution | Asymmetric C-C alkylation reactions. Applications. |