Last updated 2/2022 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: English | Size: 567.61 MB | Duration: 2h 13m Compact Class on Production, Uses and Recycling of Lithium
What you'll learn Lithium Production from Brines Lithium Production from Rocks Lithium Uses and Supply Chain Recycling of Lithium in Batteries Lithium Deposits, Resources and Reserves Geochemistry and Minerals of Lithium Lithium Metal and Alloys Lithium Compounds and Salts History of Lithium Organo-Lithium Chemical and Physical Properties of Lithium Requirements General Chemistry Knowledge Basics in inorganic chemistry Basis in organic chemistry a bit knowledge about how a lithium-ion batteries works Description Have you ever wondered how the "lithium" finds its way into your lithium-ion batteries? Then this udemy-class is for you!The course gives you a complete overview of lithium and lithium technology.We will talk about the extraction of lithium from rocks and from brines. Here you will not only learn about the different minerals available and the formation of salars, but also all the process details for the production of lithium carbonate and lithium hydroxide.Lithium recycling: You will also get an introduction to the possibilities of recycling lithium from used batteries.In addition, the uses of lithium in different industries, the supply chain and the market share of lithium are covered.A chapter is dedicated to the lithium resources and reserves of lithium deposits around the world.We will also learn more about the geochemistry of lithium and why lithium is mainly found in granitic rocks. And you will learn about the most important lithium minerals. We will learn about the production of metallic lithium from molten LiCl and what typical lithium alloys are and where they are used.A whole chapter is dedicated to organolithium, here we will talk about buthyllithium and its production as well as look at some safety related issues. And we will also take a closer look at different lithium compounds, how to make them and where to use them.The course is purely theoretical, no experiments or demonstrations.Beware: This course is not suitable for beginners in science!!! Good knowledge of general chemistry, knowledge of inorganic chemistry and basic knowledge of organic chemistry are required.There will be no introduction in basic topics such "what is an atom", "how to read chemical formulas" or "what is an acid". Overview Section 1: Introduction Lecture 1 Class trailer - Contents we will cover Lecture 2 Introduction Lecture 3 Textbooks Section 2: History of Lithium Lecture 4 History of Lithium Section 3: Chemical and Physical Properties of Lithium Lecture 5 Lithium in the Periodic Table and Abundance of Lithium Lecture 6 Chemical Properties of Lithium Lecture 7 Physical Properties of Lithium Section 4: Lithium Uses and Supply Chain Lecture 8 First Overview in Uses, Production and Supply Chain Lecture 9 Where is Lithium used? Lecture 10 Supply Chain Lecture 11 Market Share Section 5: Geochemistry and Minerals Lecture 12 Basic Geologic Terminology Lecture 13 Main Sources of Lithium Lecture 14 Geochemistry of Lithium Lecture 15 Abundance of Lithium in different Rocks Lecture 16 Typical Lithium Minerals Section 6: Lithium Deposits, Resources, Reserves Lecture 17 Lithium Resources and Reserves Lecture 18 Close-up: Brine Deposits Lecture 19 Close-up: Rock Deposits Section 7: Introduction Lithium Production: Overview of Flowsheets and Production Processes Lecture 20 Lithium Production: Overview Flowsheets Lecture 21 Production Processes: Introduction Lecture 22 Production Processes: Crushing and Screening Lecture 23 Production Processes: Hydrocyclone Lecture 24 Production Processes: Froth Flotation Lecture 25 Production Processes: Filtration Lecture 26 Production Processes: Ion Exchange Lecture 27 Production Processes: Precipitation Lecture 28 Production Processes: Solvent Extraction Lecture 29 Production Processes: Magnetic Separation Section 8: Lithium Production from Rocks Lecture 30 Introduction Mining Flowsheet Lecture 31 Crushing and Screening Lecture 32 Froth Floatation Lecture 33 Washing, filtration and Drying Lecture 34 Mineral Conversion Overview Lecture 35 Acid-Roasting: Flowsheet Lecture 36 Acid Roasting: Conversion Alpha to Beta-Spodumene Lecture 37 Acid-Roasting: Sulfuric Acid Digestion Lecture 38 Acid-Roasting: Leaching Lecture 39 Acid-Roasting: Refining Lecture 40 Acid-Roasting: Precipitation Li2CO3 Lecture 41 Lime Roasting: Flowsheet Lecture 42 Lime Roasting: Calcination Lecture 43 Lime Roasting: Leaching Lecture 44 Lime Roasting: Refining and Crystallization Lecture 45 Alternative Approach - Ion-Exchange Flowsheet Section 9: Lithium Production from Brines Lecture 46 Overview Flowsheet Lecture 47 Solar Pond Evaporation Lecture 48 Precipitation from Brine Lecture 49 Conversion to LiOH Section 10: Lithium Metals and Alloys Lecture 50 Lithium Metal Production in General Lecture 51 Electrolysis of LiCl Lecture 52 Uses of Lithium Metals Lecture 53 Lithium Alloys an Overview + example in aircrafts Lecture 54 Lithium Alloys in Batterie Anode Section 11: Lithium Salts and Compounds Lecture 55 Short Video on a couple of Examples Section 12: Organollithium Lecture 56 What is Organollithium? Lecture 57 Where is it used? Lecture 58 Preparation Lecture 59 Structure Lecture 60 Problem with THF Lecture 61 Safety Aspects Section 13: Recycling Lithium Lecture 62 Introduction Lecture 63 Recycling: General Flowsheet Lecture 64 Recupyl Lecture 65 Acurec Lecture 66 Toxco and AEA Lecture 67 More about Recycling... Chemistry Students,Material Scientist Students,Chemical Engineer,People interested in Lithium,People interested in Batteries
