Green Chemistry - YaleCourses

1/59 Videos

M1A MoDRN Introduction: "Why Green Chemistry?"

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M1B MoDRN Introduction: "State of the Planet"

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00:03:21

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M1C MoDRN Introduction: "It is Not My Job"

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00:01:59

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M1D MoDRN Introduction: "Definition of Green Chemistry"

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00:05:37

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M1E MoDRN Introduction: "The 12 Principles of Green Chemistry"

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00:08:42

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M1F MoDRN Introduction: "Green Chemistry's Role in Sustainability"

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00:14:11

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M1G MoDRN Introduction: "Life Cycle"

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00:05:26

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M1H MoDRN_Introduction: "Historic and Ideal Community Relationships"

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00:04:28

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M1B MoDRN Introduction: State of the Planet

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00:03:21

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M1C MoDRN Introduction: It is Not My Job

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00:01:59

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M1D MoDRN Introduction: Definition of Green Chemistry

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00:05:37

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M1E MoDRN Introduction: The 12 Principles of Green Chemistry

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00:08:42

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M1F MoDRN Introduction: Green Chemistry's Role in Sustainability

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00:14:11

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M1G MoDRN Introduction: Life Cycle

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00:05:26

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M1H MoDRN_Introduction: Historic and Ideal Community Relationships

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00:04:28

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M2A Foundation Periodic Table

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00:02:33

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M2B Foundation Periodic Trend of Physical Properties

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00:04:22

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M2C Foundation Periodic Trend of Electonic Properties

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00:03:08

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M2D Foundation Introduction to Molecules

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00:04:34

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M2E Foundation Drawing and Naming Molecules

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00:10:35

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M2G Foundation Stoichiometry Example

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00:02:54

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M2F Foundation Types of Reactions

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00:08:30

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M2H Foundation Yield and Limiting Reagent Concept

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00:05:27

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M2I Foundation Atom Economy

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00:02:54

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M2J Foundation E Factor

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00:01:30

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M3A MoDRN Toxicology Toxic Substances

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00:03:32

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M3B MoDRN Toxicology

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00:03:07

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M3D MoDRN Toxicology Dose and Exposure

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00:03:19

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M3E MoDRN Toxicology ADME

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00:05:26

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M3F MoDRN Toxicology Toxicity Categories

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00:04:22

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M3G MoDRN Toxicology Factors Affecting Toxicity

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00:05:00

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M3H MoDRN Toxicology Chemical Interactions

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00:03:11

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M3J MoDRN Toxicology Dose Responce Curve Limitations

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00:04:01

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M3I MoDRN Toxicology Dose Response

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00:17:32

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M4A MoDRN Safer Chemicals: The 4th Principle of Green Chemistry

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00:01:49

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M4C MoDRN Safer Chemicals: Strategies To Minimize Hazard Through Design

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00:04:24

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M4B MoDRN Safer Chemicals: Hazard and Physico Chemical Properties

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00:08:23

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M4D MoDRN Safer Chemicals: Designing Safer Chemicals

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00:05:59

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M4E MoDRN Safer Chemicals: Examples of Safer Chemical Design I

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00:04:38

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M4F MoDRN Safer Chemicals: Examples of Failed Chemical Design

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00:01:57

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M4G MoDRN Safer Chemicals: Examples of Safer Chemical Design II

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00:04:36

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M5A Solvents: Introduction

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00:03:14

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M5B Solvents: Why Use Solvents

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00:02:06

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M5C Solvents: Applications

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00:04:46

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M6A MoDRN Energy: Energy Efficiency Energy Use and Predictions

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00:08:55

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M6B MoDRN Energy: Energy Lifecycle Considerations Styrofoam Box Example

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00:08:50

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M6C MoDRN Energy: Water as Energy

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00:05:28

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M6D MoDRN Energy: Water Energy Nexus Desalination Example

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00:03:27

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M6E MoDRN Energy: Water Quality and Quantity Considerations

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00:05:07

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M7A MoDRN Feedstocks

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00:06:58

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M8A MoDRN Catalysis: Catalysis Introduction and Lifecycle

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00:07:52

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M8B MoDRN Catalysis: Catalyst Experiment

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00:10:51

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M10B MoDRN Accidents: Design Flaws

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00:03:35

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M10C MoDRN Accidents: Why Should We Care

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00:02:19

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M10A MoDRN Accidents: Disasters

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00:12:28

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M10D MoDRN Accidents: Green Chemistry Approaches to Accidents

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00:05:45

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MoDRN Take Home Message

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00:04:10

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M7B MoDRN Feedstocks: Renewable Feedstocks

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00:09:02

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M9A MoDRN Introduction to Biodegradation

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00:07:52

M1A MoDRN Introduction: "Why Green Chemistry?"

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En Matemáticas y Ciencias / Física Química

In this module, Prof. Anastas introduces the concept of green chemistry, its principles and explains why using green chemistry can lead to fundamental changes and a sustainable world.

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