The promise of green chemistry | Amy Cannon | TEDxAmoskeagMillyard

TL;DR

From studying ozone depletion as a teenager to founding Beyond Benign, green chemistry advocate reflects on creating sustainable solutions through chemistry education.

Transcript

[Applause] [Applause] when I was a freshman in high school I participated in an Earth Day fair at my school here in Goffstown New Hampshire the topic that I chose to to learn about was ozone depletion the year was around 1990 and scientists had only recently discovered that the ozone layer that protects our Earth from harmful UV rays was thinning a... Read More

Key Insights

• 💠 Early exposure to environmental issues can shape career paths towards sustainability.
• 🌐 Chemistry skills can be instrumental in inventing sustainable solutions to global challenges.
• ❓ Transitioning from problem study to problem-solving mindset is crucial for sustainable innovation.
• 🎨 Unintended consequences are common in chemistry, emphasizing the need for intentional design.
• 💚 Education in green chemistry empowers chemists to create products with reduced hazards.
• 🥺 Green chemistry leads to societal benefits such as phasing out harmful substances like chlorofluorocarbons.
• 💚 Embedding green chemistry in education systems is essential for preparing chemists to tackle future challenges.

Questions & Answers

Q: How did studying ozone depletion as a teenager shape the speaker's career path?

Studying ozone depletion as a teenager sparked the speaker's interest in environmental issues and led to a career path focused on sustainability within the field of chemistry.

Q: What inspired the speaker to shift from studying environmental problems to actively solving them?

The speaker's encounter with a chemist focusing on green chemistry showed the potential to use chemistry skills to invent sustainable solutions, prompting a shift in mindset from studying problems to actively solving them.

Q: How does the speaker's organization, Beyond Benign, contribute to transforming chemistry education?

Beyond Benign empowers educators to transform chemistry education by focusing on green chemistry principles, ensuring that chemists are trained to create sustainable products and design chemistry intentionally.

Q: What is the significance of embedding green chemistry in education systems for the future?

Green chemistry education prepares the next generation of chemists to address pressing environmental challenges, ensuring that chemistry is utilized to create sustainable solutions and prevent unintended consequences.

Summary & Key Takeaways

• Teenage interest in ozone depletion led to a career in chemistry with a focus on sustainability.

• Foundational chemistry background from playing basketball influenced career path.

• Transition from studying environmental problems to actively solving them through green chemistry.