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Steel is a circular material because it is 100 per cent recyclable. In addition, it is collected, sorted and recycled on a large scale, and there is a market demand for these recyclates. Despite these fantastic references, there still seems to be a sustainability issue about steel. We’ll explain how ...

A growing group of manufacturing companies are exploring circularity and they are early in the transition process. We see mainly internal leverages, such as building up top-down & bottom-up interactions based on common values, defining feasible actions, building up trust and motivation to take ...

The continuous growth of wind energy is highly dependent on energy infrastructure becoming more digitally connected. Yet the more connected energy infrastructure becomes, the more vulnerable. This is what cyber criminals are anticipating on when they strike, too often successfully. High time to turn ...

Polyurethanes can be used in many applications, due to their excellent combination of properties. Protective PU top-coats should withstand weathering degradation and prolong projection of steel substrates. Supporting the transition towards more sustainable PU coatings, a comparative testing on the ...

What does it cost to avoid an environmental impact of products? The eco-cost method makes it possible to calculate this eco-impact. Although this solution may seem too simple and its use entails quite some challenges, it does have an important value. We’ll explain what it is and give some examples.

The CE Connect learning network actually provided us with the golden key to get started on circular projects. We have written about all kinds of pitfalls before, now we are approaching the subject from a solution-oriented angle. Below you will find a selection of success factors: some are sure to ...