Greenapath Bag for Life Reuse & Dispensing Systems
Greenapath develops practical Bag for Life solutions that help retailers control dispensing while encouraging customers to reuse the bags they already have.
Every bag paid for. Every bag accounted for. Every bag encouraged to be reused.
Designed for self-checkout environments. Proven dispensing reliability. Ready for pilot installation.
🔷 THE PROBLEM
Bag Usage Is Increasing — But Control Is Decreasing
Customers frequently forget reusable bags, leading to repeat purchases and increased plastic use.
At the same time, self-checkout environments make it difficult to:
Track how many bags are taken
Ensure every bag is paid for
Maintain consistency across busy or short-staffed stores
Industry observations suggest 5–15% of Bags for Life go unaccounted for — impacting both store margins and charitable contributions.
🔷 THE SOLUTION
A Controlled, Self-Service Bag Dispensing System
The Greenapath system provides retailer-supplied Bags for Life in a compact, folded format via a secure vending solution positioned near self-checkouts.
Each bag is:
Folded to pocket size for easy reuse
Dispensed only after payment
Fully accounted for — every time
This creates a simple, controlled alternative to open bag access at tills.
🔷 WHY IT WORKS
3 Steps:
Customer selects and pays at the dispenser
A compact folded bag is dispensed instantly
Bag unfolds to full size and can be refolded for reuse
Designed for speed, simplicity, and minimal disruption to checkout flow.
🔷 KEY BENEFITS
🟢 For Retailers
Ensures every bag is paid for and recorded
Reduces unaccounted bag usage
Minimises staff intervention at self-checkouts
Uses your existing Bags for Life supply
🟢 For Customers
Pocket-sized convenience
Easy to carry, store, and reuse
Always available when needed
🟢 For Sustainability
Encourages real reuse, not repeat purchase
Reduces unnecessary plastic consumption
Supports the intended purpose of the bag charge
🔷 PROOF OF CONCEPT
Tested, Refined, and Ready
🌱 Reuse smarter. Waste less.
Fully operational dispensing system developed and tested
Mechanical reliability enhanced through design modifications