| Most carbon discussions around beer and wine focus on production. But the data tells a different story. The largest share of emissions today is being driven after the product leaves the tank — through packaging choices, transport weight, cold-chain logistics, and real-world recycling performance. |
| Heavy single-use glass is now one of wine’s biggest structural disadvantages, while beer’s footprint is increasingly shaped by refrigeration and downstream handling. A lightweight bottle, a can, a keg, or a bag-in-box format doesn’t just change presentation — it fundamentally reshapes emissions across freight, storage, and end-of-life outcomes. |
| What becomes clear is this: sustainability is no longer determined only by how efficiently you produce. It is defined by how intelligently the product is packed, moved, stored, and recovered across the value chain. |
| This article breaks down where emissions truly accumulate, why beer and wine behave so differently downstream, and where the most meaningful decisions now sit for producers. |
| Read the full story |
