Lecture 1 - Important Steps for Process Development
Lecture 2 - Structure of Chemical Industry
Lecture 3 - Safety and Loss Prevention
Lecture 4 - Sulfuric Acid: Reactions and Thermodynamics
Lecture 5 - SO2 Conversion Reactor and Sulfuric Acid Production Process
Lecture 6 - Sulfur Production: Claus Process
Lecture 7 - Synthesis Gas Production
Lecture 8 - Coal Gasification
Lecture 9 - Coal Gasifiers
Lecture 10 - Gasification Technology and Applications
Lecture 11 - Thermodynamics of Ammonia Synthesis
Lecture 12 - Integrated Ammonia Plant and Hydrogen Recovery - I
Lecture 13 - Integrated Ammonia Plant and Hydrogen Recovery - II
Lecture 14 - Urea Production
Lecture 15 - Nitric acid: Reactions and Thermodynamics
Lecture 16 - Production of Phosphoric Acid: Dihydrate Process
Lecture 17 - Production of Phosphoric Acid: Hemihydrate Process
Lecture 18 - Emission Abatement in Phosphoric Acid Plants
Lecture 19 - Chlorine Production
Lecture 20 - Soda Ash Process
Lecture 21 - Heterogeneous Catalysis
Lecture 22 - Catalysis with Zeolites and production of Iso-butene
Lecture 23 - Production of Ethylbenzene
Lecture 24 - Periodic Flow Reversal and Production of Styrene
Lecture 25 - Selective Oxidation Processes and Ethene Production
Lecture 26 - Monolith Reactors for Automotive Emission
Lecture 27 - Methanol Production
Lecture 28 - Methanol and Formaldehyde Production
Lecture 29 - Fischer-Tropsch Synthesis
Lecture 30 - Fischer Tropsch Process: SASOL and SDMS
Lecture 31 - Methanol to Gasoline: Haldor Topsoe and TIGAS
Lecture 32 - Fuel Additives
Lecture 33 - Homogenous Catalysis
Lecture 34 - Methanol Carbonylation for Acetic Acid Production
Lecture 35 - Hydroformylation Reactions
Lecture 36 - Hydroformylation of Propene and Higher Alkenes
Lecture 37 - Ethene Oligomerization
Lecture 38 - Dimethyl Terephthalate and Terephthalic Acid Production
Lecture 39 - Bio-refinery products and Process Design
Lecture 40 - Optimal Synthesis of Sustainable Bio-refineries
Lecture 41 - Bio-based Fuels
Lecture 42 - Bio-based Chemicals
Lecture 43 - Bio-refinery Feedstock: Food Waste as a Renewable Raw Material
