See a step-by-step flow chart—enhanced with images—that traces how a synthetic garment can move from landfill-bound to chemically recycled and reborn as new material.

• Overview of global textile waste • Mechanical vs. chemical recycling • Case studies on chemical recycling companies in the textile industry • Interviews with MIT and Georgia Tech Experts • Survey of Generation Z's thoughts • Scalability, limitations, and future challenges
Open research paper
© 2025 Ruth Piana. This paper was originally submitted as part of the College Board AP Research program. Reproduction or reuse without permission is prohibited.
A rip, stain, or giant coffee spill made a shirt "unusable"?
No matter your choice, your shirt often ends up at the same place.
The majority of our clothing at the end of their lifecycles end up in a landfill.
Downcycling = reused once
Clothing gets mechanically recycled into scraps often used for stuffing pillowcases and couches.
Upcycling = time-consuming
An amazing way to make one-of-a-kind pieces yet can be a very time-consuming process. It is often hard to scale.
Both?
Stop a garment from have a circular lifestyle, where it becomes recycled over and over again.
Chemical recycling pathway
New material, new product
It returns as fresh synthetic fiber and new clothing.
Ruth Piana
Recycle Your Fashion






