The European packaging industry is entering a critical transformation phase. With mounting pressure for climate governance, continuously rising consumer demand for environmental sustainability, and the formal introduction of the EU’s Packaging and Packaging Waste Regulation (PPWR), circular use of packaging is no longer an optional strategic direction—it has become a mandatory legal requirement across the entire industry.
This regulation will be officially released in 2025. The general effective date is set for August 12, 2026. At that time, the vast majority of the provisions will have legal binding force in all EU member states. The new regulation aims to completely reshape the European packaging industry and has set clear and forward-looking development goals:
Reduce overall packaging waste;
Ensure that all packaging can be recycled by 2030.
Improve the recovery rate;
Implement the minimum recyclable material content requirement;
Reduce the environmental impact of packaging materials.
As the industry undergoes significant changes, bio-based materials such as Luminy® PLA have given rise to numerous core industry issues: How will bioplastics fit into Europe's future circular packaging system? What value can polylactic acid (PLA) bring to achieving various regulatory goals? TotalEnergies Corbion is collaborating with partners across the entire value chain to continuously explore these issues. Nowadays, the research and development of circular materials and the optimization of regulatory adaptation have become the core track of plastic processing innovation, and these topics have also attracted increasing attention from industry practitioners.
PLA stands for Polylactic Acid, which is a biobased plastic made from renewable plant resources such as sugarcane. Enterprises extract plant sugars through two core processes of fermentation and polymerization, and then process them into highly versatile polymer resins. These resins can be widely used in various fields such as packaging, fibers, non-woven fabrics, and durable daily necessities. Besides the core advantage of being renewable as a raw material, PLA has been designed to adapt to different usage scenarios and local waste disposal facilities during the research and development stage, and can be compatible with multiple recycling processing paths.
The durable products produced by Luminy PLA can be reused multiple times; under the condition permitted by regulations, they can be sent into the mechanical recycling system to be transformed into plastic products, or they can be chemically decomposed to regenerate lactic acid, and then produce high-quality new PLA with food contact qualification. For products like food packaging that have residual organic stains after use and are difficult to be recycled conventionally, Luminy PLA has also obtained the EN 13432 industrial composting certification. The multiple disposal paths give the material extremely strong adaptability. It is not limited to a single recycling channel and can be adapted to different recycling processing systems in various regions.
One of the prominent environmental features of PLA lies in its biological carbon cycle logic: During the growth stage, the crops used as raw materials absorb carbon dioxide from the atmosphere and fix the carbon elements within the material. TotalEnergies Corbion has completed a complete product life cycle assessment, and the data shows that compared to traditional petroleum-based plastics, Luminy PLA can reduce the carbon footprint by up to 85%; taking into account the biological carbon calculation and using the "from raw material to finished product" full-cycle accounting, its carbon footprint is only 0.29 kilograms of carbon dioxide equivalent per kilogram. The advantages of recycled and reprocessed Luminy rPLA are even more prominent, with a carbon footprint of -0.65 kilograms of carbon dioxide equivalent per kilogram. Currently, as various major brands are actively striving to reduce carbon emissions within the scope of 3, the value of this recycled material is becoming increasingly prominent.
The PPWR regulations also recognize the specific environmental value of compostable packaging, which is particularly suitable for packaging scenarios where there is severe contamination from food residues and where conventional recycling efficiency is low. At the same time, PLA is compatible with both mechanical recycling and chemical recycling routes. TotalEnergies Corbion has now achieved commercial production of chemical recycling of PLA, which can produce high-quality recycled PLA that meets food contact standards. A complete closed-loop PLA recycling chain has been established.
This mature material recycling system has been implemented in various practical applications. Whether it is for soft packaging, hard packaging, foam, non-woven fabric, or durable consumer goods, products that balance usage performance and recycling attributes can be created using PLA. The innovative design of label-free bottles also fully demonstrates that selecting the right materials, optimizing the packaging structure, can effectively enhance the recyclability of the products and make the material circulation cleaner and more carbon-friendly.
At the Interpack exhibition in 2026 (Exhibition Hall 10, Booth B58), TotalEnergies Corbion will showcase its Luminy PLA solution for high-performance circular packaging in various scenarios. The brand adheres to a clear and highly practical core concept: Biobased materials do not need to wait for long-term technological breakthroughs. They can simultaneously achieve excellent product performance, contribute to the implementation of the circular economy, and significantly reduce the carbon footprint throughout the entire supply chain.
