Is reusable glass fit for the future?

Can reusable glass packaging help support a more circular future? In which markets and distribution systems does reuse make most sense? And how can brands, consumers and policymakers balance environmental performance, convenience, logistics and product experience? 

A familiar model with renewed relevance 

Reusable glass has a long tradition in many parts of Europe. For certain products and local distribution models, refill and return systems can be a familiar, trusted and effective way to keep packaging in use for longer. 

They can also help strengthen the link between consumers, brands and circular behaviour. 

This question is becoming even more relevant as Europe moves towards new reuse objectives. The PPWR introduces reuse obligations for certain beverage categories from 2030 and foresees further work on minimum rotations for reusable packaging formats. 

Glass as a benchmark for reusable beverage packaging 

Glass is already the benchmark material for reusable beverage packaging, supported by decades of operational experience in reusable systems, particularly in beer, water and soft drinks, and it is supported by established infrastructure in several European markets. 

Reusable glass is present across both retail and on-trade channels. 

In retail, return systems often depend on consumer participation, deposits and accessible return points. 

In the hospitality sector, including bars, cafés, restaurants and hotels, reuse can benefit from shorter and more controlled loops. 

Reuse depends on the whole system 

Reuse is not a one-size-fits-all solution. The environmental and economic performance of reusable packaging depends on the efficiency of the overall system. 

The number of rotations a bottle can achieve depends on how the whole system is designed and managed. Bottle design, wall thickness, geometry, resistance to pressure and thermal shock, washing and filling processes, logistics, handling, return points, consumer participation and deposit incentives all influence performance. 

Reusable glass bottles are specifically engineered to withstand repeated washing, filling, transport and consumer use cycles. 

While their overall composition and manufacturing process are similar to one-way glass bottles, they are usually designed with greater durability to resist mechanical, thermal and chemical stress over time. 

Protective treatments, inspection systems and clear quality requirements help ensure that bottles remain safe and functional throughout their life. 

Why meaningful rotations matter 

In well-functioning systems, glass bottles can be reused many times before being withdrawn from circulation. In highly optimised pool systems, they can achieve very high rotation numbers, after which they can return to the recycling loop and become new glass packaging again. 

This is why meaningful reuse rules matter. Common criteria can help ensure that reusable packaging delivers genuine environmental benefits while providing certainty for investment and innovation. 

Reuse only delivers genuine environmental benefits if packaging is reused enough times to offset the impacts of production and logistics. A clear EU-wide approach can help prevent packaging from being described as reusable after only a handful of uses, while supporting consumer trust, fair competition and investment in washing, logistics and reverse collection infrastructure. 

Reuse as part of a circular toolbox 

The future of reusable glass will depend on using reuse where it works best: in systems with efficient collection, short or well-managed loops, strong consumer participation and the right infrastructure behind them. 

At the same time, reuse must be seen as part of a broader circular packaging toolbox, alongside high-performing glass recycling systems. 

Glass is particularly well suited to this role. It is inert, durable, hygienic, transparent and fully recyclable at the end of its reuse life. It protects taste and product quality, does not absorb or transmit odours or flavours, and can be washed, inspected and reused safely over many cycles. 

In short, reusable glass can be fit for the future — provided it is supported by credible rules, efficient systems and meaningful rotation requirements. 

The opportunity is clear: to make reuse not only possible, but genuinely circular, trusted and effective at scale. 

Sources and further reading 

FEVE — Sustainable glass: 
https://feve.org/about-glass/sustainable-material/ 

For more information on FEVE’s position on reuse, contact the FEVE Secretariat: 
secretariat@feve.org