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Repsol RECICLEX®

A plastic material for circular products

Logo Repsol Reciclex

Repsol Reciclex® products are an advanced range of circular synthetic polymers that include polyolefins, polyols, styrenes, and other materials. Repsol is advancing its transition to a circular economy, and this product line represents a solution that reintroduces plastic, tire, and organic waste into the production cycle. This waste is used to manufacture new, high-value products for multiple sectors, reducing the use of virgin raw materials while maintaining performance and quality equivalent to conventional plastics.

The Repsol Technology Lab researches and develops technology to manufacture plastics using waste as alternative raw materials, derived from the mechanical and chemical recycling of post-consumer plastics and bio-based waste. The advances made have led to the production of circular and bio-based Repsol Reciclex® products that comply with the most stringent regulations and are suitable for a wide range of applications such as automotive, construction, textiles, packaging, and toys. In the case of those derived from chemical recycling, they are also suitable for use in food, cosmetics, and pharmaceuticals.

For Reciclex® products, Repsol guarantees the traceability of the waste we introduce as secondary raw materials into our facilities, as well as a quality and functionality similar to that of polymers manufactured from virgin raw materials. To this end, all petrochemical complexes have ISCC Plus certification for chemical recycling and Recyclass certification for mechanical recycling.

We are committed to the circular economy as a fundamental model for achieving the industrial transformation needed to move the Company toward a balance between economic activity and environmental protection. We are committed to progress through various initiatives and the objectives established in our strategic plan, including the goal of acquiring a production capacity of more than 150,000 tonnes of circular and bio-based products by 2030.

Mechanical and chemical polyolefin recycling
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Mechanical recycling
See video | EN 2:06

Repsol Reciclex® - Closing the loop

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Chemical recycling
See video | EN 2:10

Circular Economy – Giving plastics a new life

Strategic partnerships

For this process to succeed, collaboration with the various stakeholders in the value chain is essential — from raw material suppliers who ensure the plastic waste is of high quality, to technology developers, transformers, waste treatment companies, and end customers.

Plastic waste

Our collaboration with the Integrated Management Company for Waste and Plastic Recycling, ACTECO, since 2018 facilitates the supply of raw materials from the mechanical recycling of plastic waste to boost the circular economy.

polyols

The patented Rewind Mix process, developed in collaboration with Axens and IFP Energies Nouvelles (IFPEN), removes impurities from pyrolysis oil from used plastics, feeding the circular raw material directly into our facilities.

The development of technology for the chemical recycling of polyurethane foam, such as that from used mattresses, has been made possible thanks to the agreement established with the German company RAMPF Eco Solutions, which has materialized with the launch of the first chemical recycling plant for polyurethane foam in Puertollano in 2023.

Choví Group aioli containers

One of the main challenges in the production of circular plastics is ensuring the absence of toxic substances to achieve a quality product with food-grade safety and hygiene characteristics. Repsol Reciclex® has managed to overcome these challenges, becoming the supplier of polypropylene for food packaging for Lactalis, Nestlé, Berry, Superfos, and Grupo Choví, which introduce between 25% and 100% of plastic from chemical recycling into the formulation of sauce containers, such as those used for aioli, while ensuring that the packaging is 100% recyclable at the end of its useful life.

Find out more

Learn more about our strategy and the short- and long-term goals we've set for ourselves.

Updated as of August 2025