Net Zero Compare

Borouge International Expands Recycling Capacity in Austria and Germany

Maílis Carrilho
Written by Maílis Carrilho
Published Oct 7, 2026
5 min read
Published Oct 7, 2026

Borouge International announced investments on October 7 to expand mechanical recycling at Niedergebra, Germany, and Wildon, Austria.

Niedergebra, formerly mtm plastics, will add close to 9,000 metric tons of annual recycled mixed polyolefin output. The facility processes post-consumer waste for rigid applications, with the expansion expected to become operational in the first quarter of 2027.

Wildon, formerly Ecoplast, will add up to 5,000 metric tons of annual recycled polyethylene output, particularly for flexible packaging. Its additional capacity is expected in the fourth quarter of 2027.

Although the investment amount was not disclosed, the announcement establishes the intended production increases and commissioning schedule, but provides limited information about project costs.

For manufacturers considering recycled materials, those schedules provide a basis for supply discussions and product qualification. Actual availability will depend on commissioning, production ramp-up, and the suitability of the resulting grades for customers’ applications.

Mechanical recycling processes plastic waste into secondary raw materials without significantly changing the polymer’s chemical structure. Typical stages include sorting, shredding, washing, further quality control, and extrusion into pellets that can be used to manufacture new products.

Plastics Europe identifies these stages as central to preparing recovered plastics for reuse. Sorting separates materials, while washing removes dirt and residues before processing.

For customers, the value of additional recycling capacity depends on more than the volume of pellets produced. Materials must also meet specifications for processing behavior and finished-product performance.

A flexible packaging manufacturer, for example, needs material suitable for its film production process. A producer of rigid goods may have different requirements for strength, appearance, or consistency. Matching recovered waste streams with appropriate applications is therefore an essential part of building demand for recycled plastics.

European Packaging Rules Support Demand

The expansion comes after the EU Packaging and Packaging Waste Regulation, or PPWR, began generally applying on August 12, 2026. The regulation establishes a harmonized framework covering packaging design, recycled content, waste prevention, reuse, and collection and recycling.

The European Commission identifies increasing recycled plastics use and reducing reliance on virgin materials as key objectives. It also aims to make packaging on the EU market recyclable in an economically viable way by 2030.

Implementation is phased. The Commission highlights recycled-content targets for plastic packaging that increase in 2030 and 2040, alongside measures addressing unnecessary packaging and certain single-use formats.

For packaging businesses, this creates a reason to assess material supply before later requirements take effect. Qualification can involve testing formulations, checking supplier documentation, and confirming that recycled materials perform consistently on production equipment.

Additional European capacity could broaden sourcing options. However, regulatory compliance must be evaluated for the specific packaging application. Access to recycled resin alone does not establish that every requirement has been met.

A Broader European Manufacturing Investment

The recycling announcement follows a separate investment at Schwechat, Austria. On September 28, Borouge International announced commercial operation of a specialty polypropylene compounding facility after spending more than €100 million to expand and upgrade the site.

The facility combines polypropylene resins with recycled polypropylene and performance-enhancing additives. Its intended markets include appliances, household products, mobility, and infrastructure.

The Schwechat project adds manufacturing capability at a different stage of the materials chain. Recycling recovers usable polymers from waste, while compounding develops formulations suited to particular products.

Taken together, these investments illustrate the need to connect waste processing with downstream material development. Manufacturers need both available recycled feedstock and formulations that meet their technical requirements.

Investment Follows the Group’s Formation

Borouge International was formed in 2026 through the combination of Borouge Plc and Borealis, with the new entity acquiring NOVA Chemicals.

The group is jointly controlled by OMV and XRG, each holding a 50% stake. XRG is wholly owned by ADNOC. The company is headquartered in Austria and has a regional headquarters in the United Arab Emirates.

This structure brings recycling operations into a larger international polymer manufacturing business. For buyers, integration could support coordination between recycled-material production, formulation, and customer technical support. The practical outcome will depend on delivery reliability, product quality, and commercial terms.

Measuring the Environmental Outcome

The expansions create an opportunity to recover more material for manufacturing, but production capacity alone does not quantify an emissions reduction.

A comparative assessment by the European Commission’s Joint Research Centre concluded that plastic waste treatment choices should consider material recovery, processing impacts, technical feasibility, and economic feasibility. Energy consumption is a significant part of that assessment.

For sustainability teams, the relevant evidence includes actual output, processing yields, energy use, and how recycled materials replace virgin inputs in finished products. Procurement teams will also need traceability and dependable quality data.

The immediate milestone will be commissioning the two expansions in 2027. Their contribution to circular manufacturing will ultimately depend on sustained production and customer adoption.

Source:


Maílis Carrilho
Written by:
Maílis Carrilho
Sustainability Research Analyst
Maílis Carrilho is a Sustainability Research Analyst (Intern) at Net Zero Compare, contributing research and analysis on climate tech, carbon policies, and sustainable solutions. She supports the team in developing fact-based content and insights to help companies and readers navigate the evolving sustainability landscape.
Our principle

Cut through the green tape

We don't push agendas. At Net Zero Compare, we cut through the hype and fear to deliver the straightforward facts you need for making informed decisions on green products and services. Whether motivated by compliance, customer demands, or a real passion for the environment, you’re welcome here. We provide reliable information. Why you seek it is not our concern.