134 people died in the devastating flooding in the German region of Ahrweiler in July 2021, caused by a climate change-induced weather situation. Over 400 000 tonnes of waste were created by the floods in one night. 40 000 households were hit, and massive damage to infrastructure such as roads, schools and hospitals was reported. The situation was described as being similar to the massive destruction following a war.

Thinking Circular’s report summarises the process of waste management and learning from this regional crisis.

Is it possible to enjoy both economic growth and environmental sustainability? This question is a matter of political debate between green growth and post-growth advocates. Considering what is at stake, a careful assessment to determine whether the scientific foundations behind this decoupling hypothesis are robust or not is needed.

This report reviews the empirical and theoretical literature to assess the validity of this hypothesis. The conclusion is both overwhelmingly clear and sobering: not only is there no empirical evidence supporting the existence of a decoupling of economic growth from environmental pressures on anywhere near the scale needed to deal with environmental breakdown, but also, and perhaps more importantly, such decoupling appears unlikely to happen in the future.

The availability of a quality infrastructure system – networks of roads, railways, bridges and waterways – is a prerequisite for all economic activity to flourish and is also paramount for people’s health, wellbeing and safety. Infrastructure is very important for human society - but its adverse environmental impact on our planet is undeniable.

To mitigate the long-term catastrophic effects of climate change and depleting material resources, a circular economy for infrastructure is crucial. The publication Circular Infrastructure: the road towards a sustainable future aims to bring this aspect into the limelight to inspire action by public actors and practitioners.

This report, which contains best practices and policy recommendations, provides updated information relevant to all organisations and stakeholders, both in the public and private sector, who wish to learn more about material recycling.

The objective is to help stakeholders - throughout the whole value chain - work collaboratively to achieve APEAL’s vision of zero steel packaging to landfill by 2025.

Steel for packaging is already the most recycled primary packaging material in Europe (2019 recycling rate: 84%), bringing great savings in emissions, resource and energy use.

Steel’s unique inherent qualities give it a natural advantage. Its magnetic properties make it easy and economical to recycle. As a permanent material, it can also be recycled forever.