Dutch Scientists Find a Way to Recycle Plastic Waste Back to Near-Virgin Quality
The Hague, Friday, 12 June 2026.
TNO’s new solvent-based process, called Möbius dissolution, can recover high-quality polymers from plastic waste that traditional recycling cannot handle — potentially transforming how the world deals with contaminated and mixed plastics.
A Recycling Gap That Has Long Demanded a Better Answer
Plastic is one of the most versatile materials modern society has ever produced, essential to packaging, textiles, automotive manufacturing, and countless other industries [2]. Yet for all its utility, the way the world currently manages plastic waste falls well short of what the scale of the problem demands. Globally, only 30% of plastics are recycled, while a large share is incinerated [2]. In the Netherlands — widely regarded as one of Europe’s more progressive recycling nations — around half of plastic waste is recycled [1], a figure that, while higher than the global average, still leaves an enormous volume of material unaccounted for. Much of what cannot be recycled ends up burned or buried, its material value permanently lost.
TNO’s Möbius Dissolution: Positioned Between Two Imperfect Worlds
It is into this gap that TNO — the Dutch organisation for applied scientific research — has stepped with a technology it calls Möbius dissolution. Unveiled at TNO’s facility in Rijswijk, close to The Hague in the Netherlands [1], the process occupies a deliberate middle ground between mechanical recycling and full chemical recycling. Unlike chemical recycling, which breaks polymers down entirely to their original molecular building blocks — a process that can require a significant amount of energy [1][2] — dissolution technology uses solvents to selectively dissolve specific polymers while leaving other materials or additives behind [1]. The dissolved polymer is then separated, purified, and recovered for reuse, resulting in a material that approaches virgin-quality plastic [1].
What Sets Möbius Apart: Purity, Additives, and Commercial Ambition
One of the most commercially significant features of the Möbius dissolution process is its ability to remove not just contamination, but also impurities, additives, and pigments from plastic waste [1]. This is a capability that mechanical recycling cannot reliably replicate, and it is what allows the recovered polymer to be used in new plastic products — including flexible plastics — rather than being relegated to low-grade applications [1]. Critically, the additives removed during the purification stage are not simply discarded; they too can be recovered for future use, extending the circularity of the process beyond the polymer itself [1].
The Circular Economy Context: Netherlands 2050 and the EU Framework
The timing of TNO’s announcement is not incidental. The Netherlands has set a national target of becoming fully circular by 2050 [1], an ambition that requires a dramatic improvement in the quality and volume of plastics that can be genuinely recycled — not merely processed into lower-grade outputs. The Möbius dissolution technology is explicitly framed by TNO as playing a key role in improving the quality of recycled plastics and accelerating the transition towards more circular materials systems [1]. More broadly, the development sits within the context of the European Union’s circular economy action plan, which pushes member states to reduce reliance on fossil-fuel-derived virgin plastics [GPT].