Landfill Degradable Shopping Bag Incorporates Plant Sourced Content
The Philadelphia Eagles switch to new Polyearthylene bag from Verde for retail sales.
announced the launch of the EcoShop bag, a bio-based, reusable, recyclable and landfill-degradable bag through GreenGear Supply Co. The product debuted in retail sales at Lincoln Financial Field, home of the Philadelphia Eagles.
The EcoShop bag is made from Verde’s Polyearthylene, which will biodegrade in less than three years under landfill conditions, as tested by a third party according to ASTM D5511. Polyearthylene contains plant-based content and is drop-in ready, according to the company.

Polyearthylene bags debuted in retail sales for Philadelphia Eagles merchandise. Photo Credit: Verde Bioresins
“This collaboration with GreenGear signifies a meaningful initiative for Verde as it aligns with our commitment to advancing eco-friendly plastics solutions and catalyzing change in sustainable practices across the plastics industry, supporting the circular economy,” says Joseph Paolucci, Verde CEO.
The Philadelphia Eagles’ sustainability initiative began in 2003. “Since then, our Go Green initiative has grown into a sustainability program that works year-round to reduce the organization’s environmental footprint,” says Norman Vossschulte, director of fan experience and sustainability for the Eagles.
Verde is expected to become a publicly-traded company via a planned ´óÏó´«Ã½ combination with TLGY Acquisition Corp.
Related Content
-
How to Extrusion Blow Mold PHA/PLA Blends
You need to pay attention to the inherent characteristics of biopolymers PHA/PLA materials when setting process parameters to realize better and more consistent outcomes.
-
How Yeast Could Give Rise to Bioplastic
Researchers work to scale up a biomanufacturing process for succinic acid, an important building block for industrial chemicals and a biopolymer precursor.
-
How to Optimize Injection Molding of PHA and PHA/PLA Blends
Here are processing guidelines aimed at both getting the PHA resin into the process without degrading it, and reducing residence time at melt temperatures.