Intro to Stoichiometry Project:
Create a visual project to demonstrate your choice of industrial process.
Goal of the Project:
Part 1: Analyze the chemical reactions involved in various industrial and commercial processes and products that use stoichiometric and chemical principles.
Part 2: Describe how industries apply principles of Stoichiometry to minimize waste and maximize yield
Part 3: Assess the significance of specific by-products from industrial, commercial and household chemical reactions
Part 4: Discuss the risks and benefits of technologies and assess for each potential application from a variety of perspectives, including sustainability
Part 5: Analyze the use of technologies, such as smokestacks and catalytic converters, to reduce emissions that are harmful to the environment, such as SO2(g) and greenhouse gases.
Choose a Product
- Industrial product
- Commercial product
Research the Industrial Chemistry
- Figure out the significant chemical reaction
- Define Stoichiometry and explain how it relates to the chemical reaction
- Discuss how industries minimize waste and maximize yields
Figure out the Risks and Benefits
- Benefits to society and people
- Risks to the environment, and society
Analyze Technologies
- Industrial technologies used to reduce the risks of industry
- How it works
Put It Together
- Create your visual project
- Check the rubric to make sure you have included all requirements
Example Industrial Processes
o Production of urea
o Fertilizers
o Fuel combustion
o Water treatment
o Air bag deployment
o Neutralization of excess stomach acid
o Production of medicine
o Production of plastic
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Attachment:- Stoichiometry Project.rar