Resource Efficiency & Waste Prevention

Smart Resource Usage and Waste Prevention

In our collective journey towards circularity, smart resource allocation and usage are of utmost importance. Expanded Polystyrene (EPS) represents a potent enabler in this domain.

The production process of EPS involves expanding small raw beads up to 40 times their original volume using steam and air. This transformation creates a lightweight yet durable material, which is then moulded into insulation boards or blocks. The resulting EPS products are easy to handle on site and contribute to efficient logistics in the construction phase, thanks to their low weight and stackable format.

The Contribution of EPS

  • In Insulation:

Approximately 75% of EPS produced in Europe serves the construction sector, as it offers outstanding insulation performance along with resistance to moisture and great durability.

These properties ensure that a building insulated with EPS requires no replacement across its lifecycle. The development of EPS containing graphite (Gray EPS) further boosts the thermal retention factor of EPS insulation by an impressive 30%. This makes EPS and building insulation go hand in hand to ensure the resource efficiency of homes and buildings, enabling EU climate objectives.

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  • In Packaging:

EPS packaging is recognised for many properties, but notably its great shock absorption and mouldability. These offer a great edge in the transportation of fragile goods such as electronics or household appliances.

By casing these goods in cushioning packaging, the risk of damage is minimised, ensuring fewer returns and greater efficiency across the entire value chain. Fish boxes are another emblematic application of EPS packaging, embraced by the fishing industry at large. Beyond the thermal insulation they provide, EPS fish boxes can be recycled many times, boosting resource efficiency and reducing waste.

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