Borealis Group AG (Vienna, Austria) has commenced a new project to secure an increased supply of chemically recycled feedstock for the production of more circular base chemicals and polyolefin-based products. A feasibility study for a chemical recycling unit to be established at the Borealis production location in Stenungsund, Sweden is now underway. Funded in part by a grant awarded by the Swedish Energy Agency, the study is being carried out with project partner Stena Recycling. Provided a successful feasibility study and final investment decision, operations are expected to begin in 2024. The unit will help accelerate the transformation to plastics circularity by enabling the replacement on a larger scale of fossil-based feedstock by integrating more chemically recycled feedstock via the mass balance model. Borealis Stenungsund has been ISCC PLUS certified since February 2021.
Borealis will also co-operate independently with Fortum Recycling and Waste on a project involving the sourcing of plastic waste to the chemical recycling unit; Fortum will apply for public funding for a feasibility study to this end.
As a complement to mechanical recycling, chemical recycling has an important role to play in closing the material loop on plastics circularity. This is because plastic waste streams of lower quality can be recycled chemically into high-quality base chemicals (including olefins) and polyolefins. In fact, olefins produced from chemically recycled synthetic crude oil offer the same high quality as olefins produced from fossil fuel-based crude oil. This allows for the production of high-end polyolefin-based applications. These include healthcare and food packaging materials subject to stringent quality and safety regulations which cannot always be met by mechanically recycled materials.
Borcycle™ C is the driving force behind Borealis endeavours in chemical recycling. Along with Borcycle M – in which “M” stands for mechanical recycling – it forms a platform for plastics circularity based on the technology suite Borcycle launched in 2019. Borcycle is transformational because it gives post-consumer plastics a new life; it continues to evolve thanks to innovation and value chain co-operation.
The chemical recycling feasibility study is being carried out with Stena Recycling, the leading recycling company in northern Europe and expert in the development of sustainable circular solutions in all types of operations. A grant has been received from the Swedish Energy Agency to co-fund the study, which will evaluate the optimal technology for the chemical recycling unit and its integration in the Cracker at the existing Borealis production site in Stenungsund. Stena Recycling shall recover plastic waste and, after sorting to remove materials suitable for mechanical recycling, will deliver it to the new chemical recycling unit to be built by Borealis. Stena Recycling plans to invest in their own facilities to enable circular plastic solutions by producing feedstock of plastic waste to Borealis.
Fortum Recycling and Waste, a leading provider of recycling and waste management services in the Nordics, is also applying for public funding to carry out a feasibility study. The study would define the technical requirements for the pre-treatment of plastics, quality control, and the sourcing of suitable materials. It should also determine the necessary requirements for permitting and investments with the aim to produce feedstock from plastic waste to Borealis chemical recycling unit. This integration of waste management and processing directly into a steam cracker would be one of the first of its kind. Once operations commence as expected in 2024, Borealis would operate the unit.
“Borealis has set ambitious circular economy goals as part of our commitment to re-inventing for more sustainable living,” says Martijn van Koten, Borealis Executive Vice President Base Chemicals and Operations. “The integration of Borcycle C into our cracker in Stenungsund, Sweden is a clear example of our circular efforts: built on innovation and collaboration, it enables us to supply sufficient amounts of chemically-recycled base chemicals and polyolefins to the market.”
“In the true spirit of EverMinds we accelerate action to plastics circularity through collaboration,” says Lucrèce Foufopoulos, Borealis Executive Vice President Polyolefins, Innovation & Technology and Circular Economy Solutions. “The cooperation with Stena and Fortum allows us to offer our customers and partners virgin-like polyolefins from chemically recycled post-consumer waste.”
“The project we are carrying out together with Borealis at Sweden’s first plastic recycling hub is a very exciting and important step in increasing the proportion of recycled plastic,” says Martin Leander, Head of Commodities, Stena Recycling. “Through this co-operation we can contribute to increased material recycling and reduced climate impact by chemically recycling plastic waste that is currently incinerated. Plastic is an important material, and we now have additional opportunities to help our customers find circular solutions.”
“Fortum is driving the transformation to a low-emissions energy system and optimal resource efficiency. Key parts of that development is creation of CO2 neutral feedstock where harmful substances are removed. Cooperation with industrial partners is core in Fortum´s working model,” says Christian Helgesson, CEO, Fortum Recycling and Waste. “Working with like-minded partners such as Borealis is the best way to accelerate the change. We are convinced that smart and collaborative solutions will improve resource efficiency.”
By Mary Page Bailey
France has launched an offshore green hydrogen production platform at the country’s Port of Saint-Nazaire this week, along with its first offshore wind farm. The hydrogen plant, which its operators say is the world’s first facility of its type, coincides with the launch of another “first of its kind” facility in Sweden dedicated to storing hydrogen in an underground lined rock cavern (LRC).
The project sets up the Hydrogen Valley in Rome, the first industrial-scale technological hub for the development of the national supply chain for the production, transport, storage and use of hydrogen for the decarbonization of industrial processes and for sustainable mobility.
At first glance, hydrogen seems to be the perfect solution to our energy needs. It doesn’t produce any carbon dioxide when used. It can store energy for long periods of time. It doesn’t leave behind hazardous waste materials, like nuclear does. And it doesn’t require large swathes of land to be flooded, like hydroelectricity. Seems too good to be true. So…what’s the catch?