As an innovative supplier of specialty polyesters solutions, Selenis is dedicated to providing solutions to the challenges our planet faces. Our long history in the polymers industry feeds our know-how and experience to achieve sustainability in both the solutions we offer to our customers as well as in our own operations.
Selenis’ goal is to provide sustainable solutions that support the advancement of a circular economy and considerably reduce plastic waste. We are devoted to playing our role in society’s collective response to the challenges we face, by jointly working across the value chain to create tangible solutions.
Selenis focuses on developing products that meet sustainable standards in recyclability, eco- resource efficiency and eco-friendly compositions (alternatives to conventional materials such as BPA and styrene). For this reason, Selenis has focused on a circular economy for PET since our foundation. It’s in our DNA.
Selenis Eco Resins incorporate up to 50%
post-consumer recycled content
At Selenis we believe in science. To us, investments in R&D are a priority and our technology focuses on delivering solutions that close the loop.
PET has an established, accessible end-of-life option – recycling. To Selenis, recycling PET is a lot more than keeping PET bottles out of landfill. To Selenis, recycling PET is about creating a valuable manufacturing feedstock that can be reprocessed and used as a raw material in the production of specialty copolyesters. This is why launched our ECO Series, supplying a sustainable version of all our product portfolio that include up to 50% post-consumer recycled content. Selenis ECO resins enable brand owners to:
Incorporating post-consumer recycled content into the production of new raw materials greatly reduces carbon emissions and greenhouse gas, as well as requiring less energy overall to manufacture the new product.
At Selenis we bring positive end-of-life solutions for PET materials that might otherwise be discarded in landfills. Through our recycling process, polyester-based products are reduced to their polymer building blocks – called monomers. They are then reintroduced to the value chain as recycled polyester raw materials, delivering a true circular solution.
Through the mechanical recycling process of the recycling unit of our sister-company Evertis, we convert waste material into “new” raw material, without changing the basic structure. At Selenis we then convert the PET flake into new polymers through chemical recycling.
At times Evertis has recovered a volume of
bottle bales equivalent to 90% of PET.
At Selenis we convert these bottles into new polymers
At our Industrial Site in Portugal, Selenis, Evertis (sister-company) and the Evertis recycling unit, are vertically integrated. As an integrated recycler, specialty polyester and multilayer barrier film producer, we have created synergies that translate into a lower carbon footprint thanks to the reduction of raw materials transportation costs.
Removal of solid contaminants during transfer of the monomer between the esterfier and the polymer autoclave with higher efficiency than mechanical recycling due to low melt viscosity of the monomer.
During the polycondensation process, that takes place in the polymer autoclave. In the course of the melt phase, the batch is submitted to a high vacuum level, below 1 mbar, for a significant period of time.
Final products have better overall properties when compared to mechanical recycling and no thermal history.
At Selenis we directly contribute to a circular economy as well as reducing our environmental footprint:
Do you want to explore further what we do to reduce our environmental footprint? Learn more in environment
In 2019 our Group’s recycling unit efficiently recycled 10,000 tons of post-consumer PET equivalent to energy and volume savings of:
Associations are increasingly becoming a vital element for creating solutions that close the loop. Selenis believes in close engagement with organizations who share the same commitment to create initiatives for a circular economy. Either directly or through our sister-company Evertis, our group is a member of the following Foundations and Associations:
Selenis is a member of the Association of Plastic Recyclers (APR). Through this alliance we enhance plastic recycling by improving quality and increasing supply through technical resources, testing programs, design solutions, corporate training, regulatory leadership and educational programs.
PIEP is an initiative of the plastics and molds sector that collaborates with the University of Minho, through the Department of Polymer Engineering (DEP-UM) and IAPMEI, of which Selenis is a member. The main objectives of PIEP, amongst others, are:
Strengthen the competitiveness of the plastics and molds industry, through the development of proprietary technologies and the conception of innovative products.
Promote a culture and an effective practice of R&D practices.
Show the national endogenous capacity to respond, in useful time, to specific innovation challenges.
Through our sister company Evertis, we participate in various Working Groups with the objective of listening to a variety of perspectives, sharing experience and knowledge, brainstorming for generation of ideas and achieving a supportive collaboration. Selenis specifically contributes to the working groups that focus on:
Recycling PET thermoforms - Tray to Tray
PET monomer recycling special industry group
Working Group on opaque and functional bottles
Through our sister company Evertis, we have contributed towards NAPCOR’s Positively PET campaign, designed to:
Educate consumers on PET attributes and how to recycle PET
Promote environmental benefits of PET
Counteract the negative imagery PET is receiving
Through our sister company Evertis, we participate in several Working Groups that promote and support activities that contribute to a circular economy. Additionally, we influence EPRs to promote a tray-to-tray recycling stream.
Our Group has signed the Portuguese Plastics Pact, through our sister company Evertis. Together with the other entities involved, we develop actions in order to achieve a set of ambitious goals and objectives for 2025, namely:
By 2020 define a list of single-use plastics deemed problematic or unnecessary and define measures for their disposal, through redesign, innovation or alternative delivery models (reuse);
Ensure that 100 % of plastic packaging is reusable, recyclable or compostable;
Ensure that 70 % of plastic packaging is effectively recycled, increasing collection and recycling;
Incorporate, on average, 30 % of recycled plastic in new plastic packaging;
Promote consumer awareness and education activities (current and future) for the sustainable use of plastics.
Through our sister company Evertis, our Group is a founding member of the European Plastic Pact, which aims to accelerate the shift towards the reuse and recycling of single-use plastic products and packaging.
Through our sister company Evertis, our Group is a signatory member of the Circular Plastics Alliance, which, supported by the European Commission, endorses the ambitious target that by 2025 at least 10 million tons of recycled plastics should find their way into products and packaging in Europe each year.
Explore more, about our partnerships.
Selenis believes the benefits of PET are often under-rated and misjudged. In a world where citizens and consumers are constantly bombarded by information, there is confusion around PET and its role. This has led us to take a role in sensitizing our communities through educational programs developed by our team, as well as through contributions to communication campaigns such as Positively PET.
Learn more about our efforts in recycling.
PET has unique and versatile characteristics that no other material can match.
At Selenis we do our part in passing the message:
Selenis commits to communicating credible, evidence-based and solutions-oriented information on PET and recycling. By giving consumers clearer information, we can educate them on the purpose and benefits of PET packaging and how and what can be recycled.