University Curriculum - Section One
This course explores the fundamentals of chemistry, how chemistry can help address global human health and environmental issues. It provides an introduction to the foundational principles of chemistry including atoms, molecules, chemical reactions, stoichiometry, chemical/physical properties, and periodic table trends. This knowledge is then related to various environmental and human health issues, and develop the appropriate solutions using green chemistry approaches covered in the course.
Additional Materials, including a grading worksheet and the PowerPoint Template can be found at the end of the page "University Curriculum - Section Three".
You can also download all of the materials at https://www.dropbox.com/sh/rajl43wp94nm8vy/AACkAgwekBtwBGLUsOG56MLsa?dl=0
Lecture 1 - Course Introduction & Accidents and their Unintentional Consequences
Lesson Plan 1: Course Introduction & Accidents and their Unintentional Consequences
In this lecture students will learn about the course requirements and the innovative capabilities of Green Chemistry which will be covered during next 14 weeks. Students will also learn that accidents can be reduced or prevented with a thoughtful design using Green Chemistry principles.
Presentation 1: Course Introduction & Accidents and their Unintentional Consequences
Lets Take a Look Back
Chemical Plant Disasters
Consumer Products (DDT and BPA/Endocrine Disruptors)
Why do Green Chemistry?
Reading: Bhopal Plant Disaster – Situation Summary
Lecture 2 - Green Chemistry: Reimagining Chemistry
Lesson Plan 2: Green Chemistry: Reimagining Chemistry
In this class students will learn the definition of Green Chemistry and reflect on the last 25 years of Green Chemistry innovation. They will also explore the main drivers to implement Green Chemistry throughout the world and some of the latest Green Chemistry trends.
Presentation 2: Green Chemistry: Reimagining Chemistry
What is Green Chemistry?
12 Principles of Green Chemistry
What drives Green Chemistry?
25 Years of Progress
The Future of Green Chemistry
Lecture 3 - 12 Principles of Green Chemistry
Lesson Plan 3: 12 Principles of Green Chemistry
In this lecture students will learn about the 12 Green Chemistry Principles and explore industrial examples of implementing the principles.
Presentation 3: 12 Principles of Green Chemistry
1. Waste Prevention
2. Atom Economy
3. Less Hazardous Chemical Synthesis
4. Designing Safer Chemicals
5. Safer Solvents and Auxiliaries
6. Design for Energy Efficiency
7. Use of Renewable Feedstocks
8. Reduce Derivatives
10. Design for Degradation
11. Real-time Analysis for Pollution Prevention
12. Inherently Safer Chemistry for Accident Prevention
Reading: Presidential Green Chemistry Awards 1996-2016
Class Exercise: E-Factor
Class Exercise: Writing the 12 Principles
Lecture 4 - It All Starts at the Beginning
Lesson Plan 4: It All Starts at the Beginning
In this lecture students will refresh their fundamental chemistry knowledge: periodic table and atoms. Knowing fundamentals is vital for understanding the Green Chemistry reactions which will be covered later in the semester.
Presentation 4: It All Starts at the Beginning
Why is it useful
Reading the periodic table
Atoms to Elements
Connection to bonding
Elements: Relevancy to Green Chemistry
Handout: The History of the Atom
Class Exercise: Periodic Table Battleship Game
Lecture 5 - The Molecule
Lesson Plan 5: The Molecule
In this lecture, students will be introduced to molecules and how to properly draw and assign nomenclature. This lecture will focus on the fundamental ways to identify molecules and extrapolate to organic nomenclature. Since the majority of the content in later lectures will focus on organic molecules and their functional groups, it is important that student have the skills to name and draw organic structures.
Presentation 5: The Molecule
Molecules and Compounds
Nomenclature of Molecules
Homework 1: Molecules and Nomenclature
Homework 1: Answer Key
Class Exercise: Molecules
Class Exercise: Molecules - Answer Key
Lesson: Chemical Hazard Awareness
Lesson: Chemical Hazard Awareness - Answer Key
Handout: Organic Compounds Nomenclature
Handout: Organic Molecule Nomenclature Steps
Activity: Polymers and Models
Handout: IUPAC Naming System
Lecture 6 - Stoichiometry and Reactions
Lesson Plan 6: Stoichiometry and Reactions
In this lecture, students will continue to build their chemistry fundamentals. They will practice balancing equations and different types of chemical reactions. Finally, they will learn about biomimicry – an inspiration from nature to build new molecules and products.
Presentation 6: Stoichiometry and Reactions
Stoichiometry & Calculations
Important Named Reactions
Lab vs. Nature
Green Chemistry in Perspective
Reagents, solvents, and reactors
Class Exercise: Reactions Lab
Class Exercise: Stoichiometry Challenge
Class Exercise: Biomimicry Matching Game
Class Exercise: Biomimicry Matching Game Image
Case Study: Vitamin C Clock Reaction
Activity: Empirical Formula
Brief Intro to Green Chemistry and Biomimicry
Lecture 7 - Limiting Reagent, Yield, and Atom Economy
Lesson Plan 7: Limiting Reagent, Yield, and Atom Economy
In this lecture, students will be introduced to the concepts of limiting reagents, yield, and atom economy. Building upon their working knowledge of balancing equations and stoichiometry, students will apply those core skills to determine the efficiency of reactions based upon molecular factors. This lecture will focus on the fundamental ways molecules are evaluated on their efficacy and extrapolate to the Green Chemistry metrics. Since the majority of the content in this lecture focuses on organic molecules and their functional groups, it is important that student have these skills reinforced by continuing to name and draw organic structures when performing calculations.
Presentation 7: Limiting Reagent, Yield, and Atom Economy
Theoretical and Percent Yield
Current norm for reaction efficiency
New Green Chemistry reaction metric