Stories

Field notes from the loop.

News-style summaries of the peer-reviewed research moving enzymatic polyester recycling from lab bench to industrial reality.

Lab notesField reportsPeer-reviewedOpen methodologyBuilt in publicLab notesField reportsPeer-reviewedOpen methodologyBuilt in publicLab notesField reportsPeer-reviewedOpen methodologyBuilt in public
Nature Reviews Bioengineering · 2025

Polyester-degrading enzymes are reshaping the plastics economy.

A landmark review charts how engineered hydrolases moved from a 2016 lab discovery to the cusp of industrial-scale recycling, and what still stands in the way.

Summary of Wei et al., Nature Reviews Bioengineering (2025).

Nature Chemical Engineering · 2025

Process engineering, not enzymes, will decide if biorecycling scales.

A techno-economic study identifies the reactor and downstream changes that close the cost gap with virgin polyester.

Summary of recent work in Nature Chemical Engineering (2025).

Green Chemistry (RSC) · 2025

A selective catalytic system tackles real, dyed polyester garments.

Most lab work uses clean PET pellets. This study runs on actual post-consumer textile waste, and recovers usable monomers.

Summary of Zhou et al., Green Chemistry (2025).