Prysmian and Versalis have entered into a strategic cooperation to establish a devoted chemical recycling force chain for plastic string waste in Italy, addressing one of the most persistent sustainability challenges in the string and energy structure sector. The action focuses on recovering complex plastic sequestration accoutrements from end-of-life and product lines, supporting chemical recycling, plastic string waste, indirect frugality, XLPE recycling, and artificial decarbonization objects. Anchored in Italy, the design is anticipated to serve as a scalable model for wider European relinquishment as controllers and diligence consolidate sweats to reduce plastic waste and emigrations.
The collaboration brings together Prysmian, one of the world’s leading string manufacturers, and Versalis, the chemicals arm of energy major Eni, at a time when the European Union is tensing indirect frugality and waste operation conditions. By creating an unrestricted circle system that converts delicate-to-reclaim string plastics into new polymers, the cooperation aims to demonstrate how advanced recycling technologies can be embedded into artificial force chains while maintaining performance norms.
Turning Cable Scrap into New Polymers
Under the agreement, Prysmian will take responsibility for collecting plastic waste generated from its manufacturing conditioning as well as scrap from decommissioned lines recovered from major guests. This waste sluice includes accoutrements that have historically posed recycling challenges, particularly cross-linked polyethylene (XLPE), a plastic extensively used in high-performance energy string sequestration due to its continuity and heat resistance.
Versalis will reuse the collected material at its Mantua installation using its personal circle® chemical recycling technology. Through this process, mixed and cross-linked plastic waste is converted into pyrolysis oil painting, which can also be meliorated into feedstock suitable for producing new plastic polymers. These polymers will be integrated into Prysmian’s string manufacturing operations, effectively closing the material circle and reducing reliance on virgin raw accoutrements.
prostrating Limits of Mechanical Recycling
Energy lines generally consist of multiple polymer layers clicked together, making traditional mechanical recycling styles hamstrung or technically unviable. As a result, large volumes of string plastics have historically been landfilled or incinerated. Chemical recycling offers a pathway to recover value from these complex accoutrements by breaking them down at a molecular position, without compromising the quality needed for new string products.
According to the companies, up to 60% of XLPE scrap reused through the Hoop® system can be recovered and reused for new string products. This represents a significant enhancement for an industry where recycling rates for cross-linked plastics have remained low despite growing waste volumes linked to grid upgrades and renewable energy expansion.
Scaling Recycling for a Growing Waste Stream
The cooperation marks what the companies describe as the first time that a completely cross-linked string, with all its polymeric layers combined, can be chemically reclaimed at an artificial scale. This capability is decreasingly critical as Europe invests heavily in contemporizing electricity grids, expanding renewable energy capacity, and decommissioning geriatric structures, all of which induce substantial string waste.
The airman phase of the design is listed to begin in the alternate half of 2026 in Italy. Subject to specialized performance and profitable viability, the model could be expanded to other regions, potentially supporting a Europe-wide approach to string plastic recycling.
Aligning with Commercial Sustainability Strategies
For Prysmian, the action aligns with its broader sustainability strategy, particularly its focus on reducing Compass 3 emigrations and material intensity across its value chain. As guests decreasingly estimate suppliers grounded on lifecycle environmental impacts, the capability to reclaim and exercise accoutrements from sheltered products is getting a competitive differentiator.
Srinivas Siripurapu, Chief Sustainability, Innovation, and R&D Officer at Prysmian, said the design would give “new life to old scrap” while buttressing the company’s commitment to sustainable results that lower force chain emigrations and environmental impact.
For Versalis, the collaboration supports Eni’s efforts to budge its chemicals business around circularity, advanced recycling technologies, and lower-carbon artificial processes. Fabio Assandri, Head of R&D, Licensing & Projects Development at Versalis, stressed the cooperation as substantiation that exploration-driven invention can deliver practical results for managing the end-of-life of complex artificial products.
Policy and Assiduity Counteraccusations
The design comes as the European Union advances its Circular Economy Action Plan and tightens regulations on waste, recycling, and sustainable product design. Artificial-scale results for hard-to-reclaim plastics are anticipated to play a growing part as
Options narrow and compliance conditions become stricter.
For investors and commercial leaders, the Prysmian–Versalis cooperation illustrates how chemical recycling is moving beyond airman generalities toward integrated artificial applications. However, the action could reduce raw material pitfalls and lower lifecycle emigrations if successful.
While the original focus remains on Italy, the broader counteraccusations extend across Europe and beyond. As global investment in energy structure accelerates, the capability to recover and exercise accoutrements from sheltered means may become a defining factor in the sustainability performance of unborn energy force chains.
