Ordered before 15:00, same day shipment.
Free delivery on orders from €500,-
My Cart
0 My Sample Cart

Your sample cart is empty

How does the material choice of your stand up pouch affect the CO2 footprint?
Lightweight mono materials like mono PE or mono PP can lower your CO2 footprint. You use less raw material per pouch, need less energy in production, and you can transport more pouches per box or pallet. Package to fit your product with thinner films, this reduces grams per unit and emissions per shipment. Where possible, choose mono material and a smaller size. That saves across the whole chain, from raw material to end of life.
Is a lighter stand up pouch always better for the environment?
Usually yes, as long as product protection and shelf life stay strong so you prevent waste. Do not make the pouch so light that it tears or loses barrier performance. Test the thinnest workable film for your doypack, Flat Bottom or side gusset pouch.
How does recycling reduce the CO2 emissions of stand up pouches?
Good collection and high quality recycling reduce the demand for virgin raw materials and save energy in production, which lowers CO2 emissions. With clear sorting instructions and mono material pouches, you increase the chance of real reuse. Dispose of packaging empty, clean and dry for best results.
Which measures can I take right away?
Choose a smaller size and thinner film. Fill more compactly so there is less empty space. Where possible, use mono material such as PE or PP and avoid unnecessary coatings and metallic layers. Limit ink use, keep colours simple and add clear sorting instructions. Standardise components like zipper and valve within the same material family. Test the lowest workable film thickness for your doypack, flat bottom or side gusset bag, and request samples to check sealing and barrier performance.
Do stand up pouches reduce transport emissions, and how?
Yes. Stand up pouches are light and compact, so more fit per box and per pallet. You need fewer shipments, which reduces fuel use and CO2 emissions per delivery.