
Enzymatic PET Recycling: What Packaging Buyers Should Plan For Before 2030
Biological depolymerisation turns PET back into monomer and, on paper, solves the quality problem mechanical recycling cannot. The chemistry is proven...

Biological depolymerisation turns PET back into monomer and, on paper, solves the quality problem mechanical recycling cannot. The chemistry is proven...

A third of all food is lost or wasted, much of it before anyone eats it. Eight packaging technologies — from MAP to edible coatings — that do the work...

Counterfeits cost brands $467B a year and most fraud wins at the package. A breakdown of holograms, serialized QR, NFC chips, and blockchain — what ea...

From DNA taggants to programmable e-paper labels, here's what's actually replacing the 1D barcode across pharma, food, luxury, and e-commerce supply c...

Eight emerging self-healing and reactive packaging materials from MIT, ETH Zurich, KAIST, Penn State, and Cambridge — with realistic commercialization...

Seaweed packaging is moving from lab experiments to real shelves. How alginate, carrageenan, and agar films work, who's scaling them, and where the te...