BMW to use injection-moulded plastics from recycled fishing nets and ropes in NEUE KLASSE models
14 September 2022
In a first for the automotive industry, the models of the NEUE KLASSE due to be launched from 2025 onwards will feature trim parts made of plastic the raw material of which contains around 30% recycled fishing nets and ropes. This raw material is proactively sourced at ports all around the world to ensure that it doesn’t end up being discarded in the sea.
Recycled nylon waste already forms the basis for a synthetic yarn from which the floor mats in the BMW iX and the new BMW X1, for example, are made. This material, known as ECONYL, is made from discarded fishing nets well as worn floor coverings and residual waste from plastics production.
In a new initiative developed in cooperation with the Danish company PLASTIX, the BMW Group is taking the recycling of maritime plastic waste a step further. After separation, fishing nets and ropes undergo an innovative process that produces plastic granules.
The granules are used to produce trim parts suitable for the exterior and interior of future vehicles. The resulting components have an approximately 25% lower carbon footprint than their counterparts made from conventionally manufactured plastics.
While recycled maritime plastic has so far only been used in the automotive industry in the form of fibers for new vehicle components, this recycled material is now also suitable for the injection moulding process for the first time. The raw material for the components manufactured in this way can consist of around 30% maritime plastic waste.
This creates additional application possibilities for recycled plastics. The components manufactured using the injection moulding process are trim parts that will be used in both non-visible and visible areas of the exterior and interior of the NEUE KLASSE models from 2025.
Overall, the BMW Group has set itself the target of increasing the proportion of secondary materials in the thermoplastics used in new vehicles from currently around 20% to an average of 40% by 2030.
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