From the Sector

CARBIOS and Nouvelles Fibres Textiles, a French company specializing in the recovery of end-of-life textiles, announce the signing of a Memorandum of Understanding to establish a contract for the supply of polyester textiles to the world's first PET biorecycling plant currently under construction in Longlaville, France. The polyester textiles supplied will come from used or end-of-life textiles prepared in France by Nouvelles Fibres Textiles for recycling using CARBIOS' enzymatic depolymerization technology. This contract will enable 5,000 tons a year of these textiles to be redirected towards biorecycling from 2026 onwards, over an initial 5-year period, demonstrating the commitment of industrial players all along the value chain to achieving textile circularity for a more sustainable textile sector.

Nouvelles Fibres Textiles and its various partners opened a semi-industrial site with an annual capacity of 1,000 tons in November 2023, the first step towards building a 20,000-to-30,000-ton unit in 2026. This first site, a research center for textile recycling, combines the know-how of Andritz Laroche (a leader in textile recycling), Pellenc ST (French leader in intelligent sorting solutions), Synergie TLC (a French player in collection and first sorting for solidarity) and the Tissages de Charlieu group (a French player in weaving, garment manufacturing and textile recycling). This unit transforms used textiles into high-quality raw materials, supplying the various industries that use textile fibers (non-wovens, insulation, plastic, textiles, etc.) by automatically sorting them by composition, while eliminating hard points (buttons, zips, patches, etc.).

CARBIOS' biorecycling technology uses enzymes to break down polyester fibers into their basic components. These components are then used to produce high-quality recycled PET materials, such as fibers for the textile industry. This “fiber-to-fiber” solution will enable polyester to become a truly circular fiber on a large scale.

In January 2022, international technology group ANDRITZ successfully started up its latest-generation tearing line for spinning grade fibers delivered to Sasia at its Ribeirão premises, Portugal.

The scope of supply includes a seven-cylinder Jumbo tearing machine dedicated to spinning grade fibers. As the first of its kind in Portugal, the machine contains the latest ANDRITZ Laroche innovation for fiber opening, featuring a new-generation pinning configuration.

ANDRITZ has worked closely with Sasia for more than half a century, offering both cutting-edge solutions for recycling as well as every possible fine-tuning customization to support Sasia’s goals. Sasia’s plant now has four state-of-the-art ANDRITZ Laroche tearing lines.

A pioneer in the textile recycling industry since its foundation in 1952, Sasia is engaged in the circular economy with the aim of reducing textile waste by turning it into usable raw material again, increasing ability to compete as well as promoting innovation and sustainability.

This order not only underlines ANDRITZ’s position as the leading supplier worldwide of textile recycling lines, but also highlights its ability to bring continuous improvement with sustainable solutions and versatility to its customers.

International technology Group ANDRITZ has received an order from Renaissance Textile to deliver a recycling line for their first recycling platform, located in Laval, France. Start-up of the recycling line from ANDRITZ Laroche is scheduled for the end of Q2 2022.

First of all, postconsumer waste fibers will be opened, then mixed with virgin fibers and spun once again in order to ultimately produce new textiles. The specific design of this line is the outcome of close collaboration between experts from ANDRITZ Laroche and the customer, with customized trials being conducted at the ANDRITZ technical center in Cours, France.

Renaissance Textile’s target is to become the first French recycling platform dedicated to end-of-life
textiles, and the company will soon open the new 12,000 sqm plant.