[pageLogInLogOut]

#Spinning

Oerlikon Barmag and Evonik – strategic partnership in the growing market for chemically recycled PET

Oerlikon Barmag and Evonik have announced their cooperation to promote chemical recycling of Polyethylene terephthalate (PET) waste. Both companies are committed to develop technologies for robust and efficient depolymerisation and purification processes, coupled with an integrated concept for repolymerisation and the associated EPC business models.
Jochen Adler, CTO, and Georg Stausberg, CEO, both Oerlikon Manmade Fibers Solutions, Dr. Max Preisenberger, Head of Catalysts at Evonik, Lukas Adamek, Head of Strategy & Business Development Oerlikon Manmade Fibers Solutions, and Dr. Gerd Löhden, SVP R&D Smart Materials Evonik at the official founding of the new partnership between Oerlikon Barmag and Evonik © 2025 Oerlikon
Jochen Adler, CTO, and Georg Stausberg, CEO, both Oerlikon Manmade Fibers Solutions, Dr. Max Preisenberger, Head of Catalysts at Evonik, Lukas Adamek, Head of Strategy & Business Development Oerlikon Manmade Fibers Solutions, and Dr. Gerd Löhden, SVP R&D Smart Materials Evonik at the official founding of the new partnership between Oerlikon Barmag and Evonik © 2025 Oerlikon


Together for a sustainable circular economy in the plastics industry

Oerlikon Barmag and Evonik are both leading suppliers in their respective key markets. The Remscheid-based machine and plant manufacturer Oerlikon Barmag contributes its expertise in polymer processing for the production of chemical fibers and packaging materials to the new partnership. In addition, as a core brand of Oerlikon Manmade Fibers Solutions of the Swiss Oerlikon Group, the company has excellent international market access in the polymer processing industry.

Evonik is one of the world's leading manufacturers of specialty chemicals, dedicated to driving sustainability initiatives and developing next-generation solutions. The partnership with Oerlikon Barmag aims to advance technology and process solutions for the chemical recycling of PET, leveraging innovative catalytic processes.

Investing in a sustainable future

The partners plan to fully launch and commercialize the jointly developed chemical recycling technology solution by the end of the current decade. The intensive involvement and active participation of other companies within the ecosystem (including feedstock, technology and production) and the establishment of a global development partner network are planned.

“We are firmly convinced that with Evonik we gained a strong and experienced partner in the field of specialty chemicals, and together we will establish a significant market position as a total solution provider in the growth market for chemical recycling of PET, but also drive the next generation of sustainability within the plastics industry,” says Georg Stausberg, CEO of Oerlikon Manmade Fibers Solutions.

“This partnership marks a great step forward in the chemical recycling of PET. Our new catalytic processes and chemical technologies will complement the current mechanical recycling approach enabling high recycled PET content from heavily contaminated and mixed PET waste that would otherwise be incinerated or landfilled. This way we are actively supporting a sustainable circular economy,” said Max Preisenberger, Head of Catalysts at Evonik.

Seamless integration into PET production processes

The PET recycling technology will bring numerous advantages. From a chemical perspective it is a highly efficient process, and it can be seamlessly integrated into existing PET production processes. Operational costs, investment cost and scalability are the key drivers in the development.

The combination of cooperational know-how in catalyst and process technologies will allow a chemical recycling of polyester materials from many closed- and open-loop sources, which need chemical technology to allow for high, fossil-like recyclate qualities.

“The strong and complementing technological knowhow and expertise of both companies in combination with Oerlikon Barmag’s market access and PET processing knowhow, establishes a competitive and unique partnership within the emerging chemical PET recycling industry. With the goal of creating a circular economy for all types of PET waste that is currently incinerated or landfilled, we want to scale our technology to a significant size and make it available to global PET producers and processors. In this way we will enable our customers to become more sustainable and contribute to a circular economy,” explains Lukas Adamek, Head of Strategy & Business Development of Oerlikon Manmade Fibers Solutions.



More News from Barmag, Zweigniederlassung der Barmag GmbH & Co. KG

#Spinning

Barmag’s automated maintenance processes for quality, safety, and efficiency in spinning plants

Maintenance and service processes in chemical fiber spinning plants have a significant impact on product quality, equipment availability, and workplace safety. With three new retrofittable solutions, Barmag helps Producers make manual work processes more efficient, safer, and more reproducible.

#ITMA Asia + CITME 2026

ITMA Asia 2026: How Barmag is reshaping the future of man-made fiber production

The textile industry is entering a groundbreaking era. Manufacturers face rising energy prices, growing sustainability demands, increasing labor shortages, and an unprecedented need for flexibility. For a globally active textile industry, where competitiveness is closely linked to production efficiency and cost leadership, this means that technology is no longer merely a means of improving operational processes – it is increasingly becoming a strategic differentiator.

#Spinning

Greater efficiency for tomorrow’s textile industry

From September 24 to 27, 2026, Barmag, together with BB Engineering (BBE), will present innovative solutions for the efficient and sustainable production of synthetic yarns at the Egy Stitch & Tex Expo in Cairo, Egypt. Under the motto “A New Era. Powered by Innovation.,” experts from Barmag and BBE will present technologies spanning the entire textile value chain — from melt to yarn — at the ATAG Ltd. booth (Hall 1, Booth C1).

#Spinning

BICO BCF yarn delivers impressive performance in field testing

In a joint development project with other partners, Barmag and Object Carpet have successfully tested BICO BCF yarn in the carpet manufacturing process. The results show that this innovative yarn technology offers significant performance advantages and opens up new possibilities for recycling-oriented carpet constructions.

More News on Spinning

#Spinning

Barmag showcases pump solutions for demanding PU applications at PU China 2026

At PU China, taking place November 3–5, 2026, at the Shanghai World Expo Exhibition Center in Shanghai, Barmag’s Pumps Division will present high-performance metering solutions for the processing of polyurethane systems (Hall 1, Booth 135). The focus is on high-precision gear metering pumps that enable the exact delivery of PUR components as well as other high-viscosity and reactive media. With their high metering accuracy, they help reduce material consumption, stabilize processes, and ensure consistently high product quality.

#Spinning

Eltex takes the tension out of heat-setting

The ACT-MULTI system developed by Eltex – a member of TMAS, the Swedish textile machinery association – is bringing individual yarn tension monitoring and automatic control to the heat-setting process, helping manufacturers maintain consistent processing conditions across every yarn position.

#Spinning

Heberlein reinforces its commitment to the Chinese market

Heberlein, globally recognised as a leading provider of air interlacing and air texturing jets for synthetic filament yarns, is consolidating its success in the Chinese market with its APh- and APe-series for DTY applications. Particularly in the field of Air Covering, Heberlein technologies combine excellent quality with significant savings in compressed-air consumption. A new service hub in Shengze City underlines the company’s long-term commitment in the Chinese market.

#Recycled Fibers

Driving circularity with Uster Recycled Fiber Matrix

The textile industry’s commitment to circularity continues to accelerate, and mechanical recycling is viewed as a targeted approach to cutting textile waste and its environmental impact. At the forefront of this drive, Uster has developed the Recycled Fiber Matrix, a two-dimensional assessment of mechanically recycled fibers to guide optimum processing and end-uses.

Latest News

#Knitting & Hosiery

KARL MAYER invites the Global Textile Industry to celebrate its 90th anniversary at its German Headquarters in 2027

KARL MAYER is turning its anniversary year 2027 into a milestone for the textile sector. To mark its 90th anniversary, the industry leader is inviting customers, partners, and experts from around the world to a unique event series in September aimed at pushing boundaries, unlocking new opportunities, and jointly setting the course for a new era in textiles – just as KARL MAYER has done throughout its history. The company’s headquarters in Obertshausen, near Frankfurt, is the place to be.

#Associations

ITMF names three winners of the Sustainability & Innovation Award 2026

Three projects from the UK, Korea and China have been selected as winners of the ITMF Sustainability & Innovation Award 2026. The projects address textile-to-textile recycling, chemical recycling for automotive textiles and a regenerative approach combining silk production with ecological restoration.

#Recycling / Circular Economy

nova-Institute launches groundbreaking Advanced Recycling Database for strategic market insight

The new Advanced Recycling Database reduces complexity by providing industry stakeholders with up-to-date expert-reviewed intelligence on companies, technologies, plants, capacities, locations, products and partnerships across the global advanced recycling landscape.

#Yarns

Durak Maxibalance thread supports users’ movement and balance comfort

Durak Tekstil, a leading brand in its industry, has developed Durak Maxibalance, a new product engineered with bio-ceramic and FAR IR technology. Ushering in a new era for sportswear, activewear, and medical textiles, this technology offers features designed to support balance and movement comfort by reflecting the energy absorbed from the body back into it.

TOP