Europe's pioneering role: Why the time is ripe for modern plastics recycling

Image: NeoOil P5 Plastic-to-Oil plant in Lahti, Finland – from test operation to industrial scaling

28 May 2026

Global demand for high-quality plastics remains strong – yet the question of disposal persists. Especially in times of energy and raw material scarcity, the pressure to develop effective circular economy solutions is growing. Europe, in particular, is providing important impetus for plastics recycling.

The regulation stipulates binding recycling quotas, for example for PET beverage bottles, which must contain a minimum percentage of recycled material by 2030. At the same time, design-for-recycling requirements are being tightened, so that packaging must be designed in such a way that it can actually be recycled – and not just theoretically.

Extended producer responsibility (EPR) is also being restructured. Manufacturers will be subject to greater penalties based on the principle of "those who recycle poorly, pay more." This creates a financial incentive to design products that remain in circulation for as long as possible. The existing Single-Use Plastics Directive complements this framework by banning certain products and prescribing collection quotas for beverage bottles. Taken together, this creates a regulatory environment that not only demands recycling but actively promotes it.

National pioneers provide additional impetus

Besides the EU, individual member states are also driving this development forward – often with even more ambitious measures. Germany, in particular, has set high recycling quotas with its Packaging Act and introduced minimum proportions of recycled materials in certain types of packaging. The dual systems play a central role in this, as they promote competition for efficient collection and sorting.

France goes even further with its Anti-Waste Law (AGEC). The law sets strict requirements for ecodesign, obliges manufacturers to use high percentages of recycled material, and bans certain single-use packaging in retail. Spain, in turn, has introduced a plastics tax levied on non-recycled plastics and has also set binding recycled content targets.

These national initiatives increase the pressure on industry and accelerate innovation – because companies not only have to adapt to EU rules, but often also to stricter national requirements.

Two pillars of a holistic recycling solution

In political and social debates, the question is often raised as to which recycling process is the "right" one. However, the reality is considerably more complex: A functioning circular economy requires both mechanical and chemical processes, as each has different strengths.

Mechanical recycling is well-established, efficient, and cost-effective. It is ideally suited for single-stream materials such as PET bottles or certain films. However, it reaches its limits when materials are heavily contaminated, made of composites, or have complex polymer structures.

This is precisely where chemical recycling comes in. It enables the recovery of raw materials from waste streams that are difficult or impossible to recycle mechanically. The resulting molecules can be virtually new and are therefore suitable for applications requiring the highest purity – such as food contact materials or medical technology.

The EU is increasingly recognizing that chemical recycling is a necessary addition This illustrates the crucial point: the two processes should not be pitted against each other, but rather considered together: mechanical recycling where it works efficiently, and chemical recycling where it is indispensable. Only in this way can the goal of truly keeping plastics in circulation be achieved. This is what we at enespa understand by Advanced Recycling.

A market on the rise with innovative players

The combination of rising recycling rates, stricter design regulations, national initiatives, and increasing pressure from brand manufacturers is transforming recycling into a genuine growth market in Europe for the first time. Companies are investing significantly in new facilities, technologies, and partnerships. At the same time, new business models are emerging along the entire value chain – from collection and sorting to state-of-the-art recycling processes.

Enespa is also positioning itself in this environment: As a provider of advanced recycling solutions, the company has worked intensively on developing and optimizing its technologies in recent years. These solutions are now ready for industrial scaling. For example, our plastic-to-oil plant in Lahti, Finland (project "Karhu") successfully completed a one-week test and demonstration phase in February.

Against the backdrop of the current energy crisis and the increasing demand for high-quality recyclates, we are clearly seeing a growing interest in efficient, scalable, and sustainable recycling processes. The course has been set, and we intend to play a central role in making Europe's plastics recycling system fit for the future.