Resources

Explore, find answers, and correct misconceptions

PET (polyethylene terephthalate, #1 plastic) packaging helps ensure clean hydration, extend the freshness of food, and prevent food waste while supporting global sustainability efforts by being reused and recycled over and over again. In healthcare, it plays an important role in medical devices, sterile packaging, and lifesaving applications. PET has also driven advancements across industries like automotive, agriculture, aerosols, and manufacturing, where its durability, lightweight properties, and recyclability improve performance and reduce material waste.

The PET Plastic Coalition has developed resources to provide fact-based insights into PET, its role in the circular economy, and solutions for keeping plastic out of landfills and the environment.

From microplastics to reuse models, explore the facts about today’s most talked-about topics and gain a clearer understanding of PET’s role in a circular economy.


An Overview of Microplastics

Where do microplastics come from and how are they measured? Gain an overview of the current landscape of microplastics research, as well as details on how bottled water is monitored to ensure our health and safety.

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PET Plastic for Food & Medical

From bottled water to medical syringes, PET is approved for use across various food and medical applications. Learn why PET is chosen time and time again to protect our food and health. Content coming soon!

Closed-Loop Recycling for PET Bottles

How many times can a PET bottle be recycled? Learn more about the closed-loop mechanical recycling process for PET that rebuilds the material back to a quality fit for new food and beverage applications, over and over again. 

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Considering Reuse for Beverage Bottles

Reuse is often perceived to be a solution to plastic pollution. However, there are several variables to consider. What makes an effective reuse model and what social, economic, and environmental challenges might arise?

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Chemicals of Concern

What chemicals are people concerned about, where are they used, and how are they regulated? Dive deeper into phthalates, BPA, and PFAS and how they are used and regulated in plastics and other materials.

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