German registration allows Prime Elements to trade rendered fats and used cooking oil for technical use, broadening its regulated feedstock portfolio for biodiesel producers

• Prime Elements GmbH has received German registration to trade rendered fats Category 2 and used cooking oil Category 3
• The registration was issued under number DE 11-002-0006-36 under Regulation (EC) No. 1069/2009
• The approval expands the company’s approved feedstock categories for biodiesel producers
• Prime Elements says the materials will be traded in line with regulatory, documentation and traceability requirements
• The move strengthens the company’s positioning in compliant, traceable biofuel feedstock supply chains across Europe

(NEWS) BERLIN, 10-Jun-2026 — /EuropaWire/ — Prime Elements GmbH has received German registration to trade rendered fats Category 2 and used cooking oil Category 3 for technical purposes, expanding the company’s approved feedstock categories for biodiesel producers, according to a press release issued by Prime Elements GmbH and published by EuropaWire.

The registration was granted by the competent German authority under number DE 11-002-0006-36 and falls within the framework of Regulation (EC) No. 1069/2009, which governs animal by-products and related materials not intended for human consumption. According to the press release, the approval allows Prime Elements to trade these materials in line with applicable regulatory, documentation and traceability requirements.

The company said the registration adds rendered fats and used cooking oil from approved and traceable sources to its feedstock portfolio, enabling these materials to be used as secondary inputs in biodiesel production. The move broadens the range of feedstocks available to biodiesel producers and supports the use of recovered and by-product materials within regulated European supply chains, the press release stated.

Prime Elements is already ISCC-EU certified and supplies vegetable-origin feedstocks for biodiesel production to customers across Central and North-Western Europe. The company said the new registration strengthens its position as a compliant and reliable supplier to biodiesel producers, particularly at a time when traceability and documentation are becoming increasingly important across renewable fuels supply chains.

The approval also places the newly added feedstock categories within the EU veterinary and animal by-product regulatory framework. According to the press release, relevant requirements include sourcing from approved or registered operators and TRACES-related documentation where applicable. Prime Elements said it will apply the same compliance-focused approach to these materials that already underpins its ISCC-EU certified activity in vegetable-origin feedstocks.

This type of registration is significant because rendered fats and used cooking oil can fall within the European Union’s animal by-products framework, meaning they are subject to specific controls on sourcing, handling, documentation and traceability. The European Commission describes animal by-products as materials of animal origin not intended for human consumption and notes that they are classified into three risk categories, with Category 2 carrying an intermediate risk profile and Category 3 considered lower risk. Within that framework, companies handling or trading such materials are expected to operate through approved or registered channels, helping ensure that recovered and by-product materials can be used safely in technical and energy applications.

The German dimension is also relevant because Prime Elements is a Germany-based trading company and the registration was issued by the competent German authority. Under the EU system, Member States’ competent authorities approve or register establishments and operators dealing with animal by-products and related derived products, with such records maintained through official national and EU-linked systems, including TRACES where applicable. For biodiesel producers and other counterparties, this provides a clearer compliance basis when sourcing secondary feedstocks such as rendered fats and used cooking oil from regulated European supply chains.

The registration aligns with Prime Elements’ broader positioning as a Germany-based physical commodity trading company focused on feedstocks and raw materials for industrial and energy applications. The company serves institutional clients and partners across Europe, with an emphasis on compliant, traceable and reliable supply chains, according to the company information included in the press release.

Prime Elements describes itself as a trading company offering digitally enhanced commodity solutions across energy and industrial markets, including petroleum products, petrochemicals, main fuels and advanced biofuel feedstocks. Its stated model focuses on structured access to markets, secure execution, logistics coordination, risk controls and long-term supply relationships for producers, end users, banks, freight forwarders, traders, brokers and agents.

Within its biofuels and feedstocks portfolio, Prime Elements lists materials such as tall oil, free fatty acids, used cooking oil, food waste oil, rapeseed oil, animal fats Category 2 and Category 3, and biofuels including biodiesel, UCOME and sustainable aviation fuel. Against that wider commercial backdrop, the German registration gives the company a formal regulatory basis to handle additional waste-based and by-product feedstocks for technical applications.

For biodiesel producers, the development is primarily a supply-chain and compliance matter. By adding registered categories such as rendered fats and used cooking oil, Prime Elements is expanding its ability to source and trade secondary feedstocks while operating within EU documentation and traceability rules. The company’s announcement points to a continued emphasis on regulated, auditable flows of recovered materials as part of Europe’s wider renewable fuels and circular economy supply chain.

European Investment Bank Signs New Agreements With TKYB and Türk Eximbank to Support Turkish Companies’ Green Transition

(IN BRIEF) The European Investment Bank has resumed financing in Türkiye through two €100 million agreements with the Development and Investment Bank of Türkiye and Türk Eximbank, creating a €200 million package to support renewable energy and energy efficiency investments by Turkish SMEs and mid-cap companies. The funds will be on-lent to businesses seeking to reduce greenhouse gas emissions, strengthen energy security, improve climate resilience, enhance supply chains and create green jobs. The agreements mark a renewed phase of cooperation between the EIB and Türkiye, with Turkish officials and EIB representatives highlighting the role of clean energy finance in improving competitiveness and supporting sustainable growth. The EIB delegation also visited Hatay, where the bank is supporting reconstruction of drinking water and wastewater infrastructure through a separate €400 million operation following the 2023 earthquakes. Türk Eximbank said the new agreement will help exporters comply with environmental standards in key markets, especially the EU, while TKYB said the financing will support Türkiye’s long-term development and green transition goals.

(PRESS RELEASE) LUXEMBOURG, 10-Jun-2026 — /EuropaWire/ — The European Investment Bank has resumed financing activity in Türkiye with two new €100 million financing agreements designed to support the decarbonisation of Turkish businesses through renewable energy and energy efficiency investments.

The financing operations were signed with the Development and Investment Bank of Türkiye, TKYB, and Türk Eximbank. Each institution will receive €100 million from the EIB and on-lend the funds to Turkish small and medium-sized enterprises and mid-cap companies. The financing is intended to help companies invest in clean energy, improve energy efficiency, reduce greenhouse gas emissions and strengthen climate resilience.

The new funding also aims to support stronger supply chains, improved energy security and the creation of green jobs in Türkiye. By working through TKYB and Türk Eximbank, the EIB is seeking to reach businesses across the country, particularly companies that need long-term financing to modernise operations, comply with environmental requirements and improve competitiveness in export markets.

Turkish Treasury and Finance Minister Mehmet Şimşek welcomed the EIB’s return to Türkiye, saying the financing will help businesses invest in clean energy, improve efficiency and reinforce competitiveness. He said the agreement demonstrates how Türkiye and the European Union can cooperate in support of sustainable growth and shared prosperity.

EIB Vice-President Robert de Groot said the signatures mark a new phase of cooperation between the EIB and Türkiye. During his first official visit to the country, he said working with two Turkish banks that have extensive SME and mid-cap networks will allow the EIB to support companies across Türkiye as they transition toward a more sustainable and resilient future.

The EIB delegation also held discussions with Turkish government officials on future cooperation in sustainable transport, infrastructure and support for the private sector’s transition toward more energy-efficient and sustainable operations.

As part of the visit, the delegation travelled to Hatay, one of the regions most severely affected by the 2023 earthquakes. The EIB is supporting the reconstruction of drinking water and wastewater infrastructure in the province through a €400 million operation that forms part of wider European Union support. These investments are helping restore essential services, improve living conditions and rebuild infrastructure to higher standards, including by reducing water losses and strengthening resilience to future challenges.

Ibrahim Halil Öztop, Chief Executive Officer of TKYB, said the agreement is another significant step in supporting Türkiye’s transition toward a more sustainable, resilient and competitive economy. He said TKYB remains committed to mobilising international resources for renewable energy, energy efficiency and investments that contribute to Türkiye’s long-term development goals.

Ali Güney, CEO of Türk Eximbank, said the cooperation with the EIB reflects international confidence in Türkiye’s green transformation. He said the agreement will provide strong financial support for exporters seeking to meet environmental regulations in key export markets, particularly in the European Union. With this transaction, Türk Eximbank’s international funding dedicated to green transformation has reached USD 1.9 billion.

EU Ambassador Designate to Türkiye Aivo Orav said the signatures represent an important step in the renewed engagement of the EIB in Türkiye. He said the agreements show how the European Union and Türkiye can work together to support the green transformation of the economy, strengthen the competitiveness of Turkish companies and help businesses invest in cleaner energy, efficiency and more resilient supply chains.

The renewed cooperation comes as EU support to Türkiye covers both reconstruction in earthquake-affected regions and forward-looking investment in sustainable infrastructure, including clean transport and rail connectivity. The EIB, Turkish authorities and financial institutions are expected to continue working together to turn shared priorities into investment for people, businesses and regions across Türkiye.

About EIB Group  

The European Investment Bank (EIB) Group is the financing arm of the European Union, owned by the 27 Member States, and one of the largest multilateral development banks in the world. In 2025, the EIB Group signed €100 billion in new financing and advisory services for over 870 high-impact projects under eight core priorities that support EU policy objectives: climate action and the environment, digitalisation and technological innovation, security and defence, territorial cohesion, agriculture and the bioeconomy, social infrastructure, strong global partnerships and the savings and investments union. Beyond long-term loans for large infrastructure, the EIB Group crowds in private investment for high-risk innovative projects and businesses, with a growing role in Europe’s markets for venture debt, venture capital, guarantees and securitisations.

About EIB in Türkiye

The Bank has been active in Türkiye since 1965, investing nearly €31 billion primarily in the country’s SME, transport and energy sectors. EIB supported Türkiye’s economic and social development, financing transport, urban infrastructure, climate action, energy, agriculture and private sector growth across the country. For detailed information on the EIB’s activities in the country, please visit: Türkiye and the EIB

Media Contact:

Gordana Kovačević
g.kovacevic@ext.eib.org
+352437970356

Press Office
press@eib.org
+352 43791

SOURCE: European Investment Bank

thyssenkrupp Concludes 2021 AST Transaction as Arvedi Takes Full Ownership of Terni Stainless Steel Business

(IN BRIEF) thyssenkrupp has completed the sale of Acciai Speciali Terni S.p.A. by transferring its remaining 15% stake in AST to Italy’s Arvedi Group, making Arvedi the sole owner of the stainless steel business. The transaction finalizes the divestment originally agreed in 2021, which covered the AST stainless steel plant in Terni, Italy, and the associated sales organization in Germany, Italy and Türkiye. thyssenkrupp had kept the minority stake during a transition phase to support operational cooperation with Arvedi after the initial sale. The disposal will bring thyssenkrupp a high double-digit million euro cash inflow, strengthening liquidity and supporting the company’s wider strategy to streamline its portfolio. The move also aligns with thyssenkrupp’s ACES 2030 transformation model, under which the group is reorganizing into a financial holding company with independent businesses operating under one structure.

(PRESS RELEASE) ESSEN, 10-Jun-2026 — /EuropaWire/ — thyssenkrupp has sold its remaining 15% stake in Acciai Speciali Terni S.p.A., known as AST, to Italy’s Arvedi Group, bringing the stainless steel transaction agreed in 2021 to full completion.

The sale means Arvedi is now the sole owner of AST, which includes the stainless steel plant in Terni, Italy, as well as the related sales organization in Germany, Italy and Türkiye. thyssenkrupp had retained the minority holding after the original sale to support operational cooperation with Arvedi during a transition period.

The final disposal of the stake will generate a high double-digit million euro cash inflow for thyssenkrupp, further strengthening the company’s liquidity. The transaction also supports thyssenkrupp’s broader effort to streamline its portfolio and focus its business structure under its ongoing strategic realignment.

Volkmar Dinstuhl, member of the Executive Board of thyssenkrupp AG, said the completion of the sale concludes the transaction as planned and represents another step in sharpening the company’s portfolio focus. He said the cash inflow also creates additional financial flexibility as thyssenkrupp continues implementing its strategic direction.

The transaction forms part of thyssenkrupp’s wider transformation under its ACES 2030 future model. The programme is central to the company’s plan to reorganize thyssenkrupp AG into a financial holding structure, bringing together strong and more independent businesses under one corporate roof.

With the remaining AST stake now sold, thyssenkrupp has fully exited the stainless steel asset in Terni, while Arvedi gains complete ownership of the business and its associated sales operations.

Media Contact:

Nicola Röttger
Press spokesperson Financial and Business Topics
Telephone: +49 201 844 536481
press@thyssenkrupp.com

SOURCE: thyssenkrupp AG

National Grid Strengthens UK Transmission Network Resilience With Equipment Upgrades at Three Strategic Substations

(IN BRIEF) National Grid has installed and connected new shunt reactors at three substations — Cottam in Nottinghamshire, Wylfa on Anglesey and Willington in Derbyshire — to improve voltage control and strengthen the stability of the electricity transmission network. The high-voltage devices, each weighing around 130 tonnes, help absorb excess reactive power in alternating current networks and support more efficient system management. The Cottam reactor was installed following the decommissioning of Cottam Power Station, while the Wylfa equipment will support the North Wales network and the Dinorwig to Pentir project, which is replacing older infrastructure and adding network capacity. The Willington reactor is supporting substation expansion. The installations were energised between March and May and form part of National Grid’s wider programme to modernise the transmission network, with £31 billion of investment planned over the next five years. The upgrades are intended to support reliability, renewable energy integration, asset protection and more flexible management of changing electricity demand.

(PRESS RELEASE) LONDON, 10-Jun-2026 — /EuropaWire/ — National Grid has completed key equipment upgrades at three substations as part of work to improve voltage control, support system stability and strengthen the resilience of the electricity transmission network.

New shunt reactors have been installed and connected at the Cottam substation in Nottinghamshire, the Wylfa substation on Anglesey and the Willington substation in Derbyshire. The high-voltage devices are used in alternating current transmission networks to absorb excess reactive power and help maintain stable voltage levels across the system.

Each shunt reactor weighs around 130 tonnes and measures more than seven metres in length and almost four metres in height. Their installation will support more efficient network management as electricity demand patterns change and renewable generation becomes a larger part of the UK energy system.

Shunt reactors play an important role in voltage regulation by helping manage reactive power on the network. They can absorb surplus reactive power or support voltage stability depending on system requirements, contributing to improved reliability and operational efficiency.

The equipment also provides greater flexibility as the electricity system adapts to variable power flows from renewable energy sources. By managing voltage fluctuations, shunt reactors help support the integration of cleaner generation while reducing stress on key network assets such as transformers, switchgear and cables. This can help extend asset life and reduce maintenance requirements over time.

The National Energy System Operator is responsible for managing voltage across the transmission system and ensuring appropriate levels of reactive power. As renewable generation increases and electricity demand continues to evolve, the need for effective reactive power management is also changing. National Grid said its reactors are supporting this important area of system operation while helping NESO minimise balancing costs for consumers.

At Cottam, the shunt reactor was installed to support voltage stability following the decommissioning of Cottam Power Station. At Wylfa, the new equipment will support the North Wales network and aid the Dinorwig to Pentir project, which is replacing infrastructure originally installed in the 1970s and adding capacity between Dinorwig and Pentir substations. At Willington, the shunt reactor is supporting the expansion of the substation.

The Cottam shunt reactor was energised in March, followed by Wylfa in April and Willington in May. The installations form part of National Grid’s wider investment programme to modernise and upgrade the transmission network, with £31 billion planned over the next five years.

Paul Gallagher, Operations Director at National Grid, said shunt reactors may be a less visible part of the electricity network but are essential for keeping power supplies stable and reliable. He thanked the teams involved in delivering the complex installations on time and on budget, noting that the upgrades form part of broader work to maintain a resilient network capable of supporting future energy demand.

Media Contact:

media.uk@nationalgrid.com
01926 656 536

SOURCE: National Grid

National Grid Innovation Projects Target Faster Data Centre Connections, AI Asset Monitoring and Renewable Energy Collaboration

(IN BRIEF) National Grid has secured more than £1 million from Ofgem’s Strategic Innovation Fund to advance five electricity network innovation projects across its transmission and distribution businesses. The projects address major challenges facing the UK energy system, including rising electricity demand from data centres, the need for faster grid connections, improved network planning, smarter asset monitoring, offshore infrastructure expansion and greater community participation in renewable energy development. National Grid Electricity Transmission received Discovery phase funding for Project FLARE, which will explore flexible demand arrangements for large users such as data centres, and Project PROMUPS, which will examine probabilistic modelling methods to improve capacity planning. Two Alpha phase projects also received funding: Project FoSMo, focused on shared AI models for asset monitoring, and Project AMPERES, which will test automated and robotic seagrass restoration methods linked to offshore grid expansion. National Grid Electricity Distribution secured funding for the Matchmaker project, a proposed digital tool to connect renewable developers with community energy groups. The projects support National Grid’s wider innovation programme and aim to help build a more flexible, resilient and efficient electricity network for the clean energy transition.

(PRESS RELEASE) LONDON, 10-Jun-2026 — /EuropaWire/ — National Grid has secured more than £1 million in innovation funding through Ofgem’s Strategic Innovation Fund to progress five projects aimed at accelerating the transformation of the UK’s electricity networks.

The funding will support initiatives across National Grid’s electricity transmission and distribution businesses, covering projects that explore faster grid connections for data centres and other large electricity users, improved network planning methods, AI-enabled asset monitoring, scalable marine habitat restoration and a new digital tool to connect renewable energy developers with community energy groups.

The projects are being developed as electricity demand rises across the UK, driven by factors including the growth of data centres, wider electrification and the increasing need to connect renewable generation. National Grid said the initiatives are designed to help the network adapt more quickly and efficiently while maintaining reliability and keeping costs down for consumers.

The five projects are progressing through the Discovery and Alpha phases of the Strategic Innovation Fund programme. The Discovery phase supports early-stage feasibility work and evidence development, while the Alpha phase focuses on testing and developing promising solutions in more practical settings.

National Grid Electricity Transmission has received funding for two Discovery phase projects. Project FLARE, or Flexibility for Large Assets to Rapidly Energise, has been awarded £124,391 to examine how major electricity users, including data centres, could connect to the grid more quickly through flexible demand arrangements. The project, delivered with the Electric Power Research Institute, will assess how flexible usage could unlock additional network capacity and create a standard framework for defining and measuring flexible demand.

A second Discovery phase project, PROMUPS, or Probabilistic Methods for Uncertainty in Power Systems, has received £138,674. Delivered by National Grid Electricity Transmission with WSP and the University of Edinburgh, the project will investigate advanced probabilistic modelling techniques for network planning. It aims to improve how uncertainty in future demand and generation is reflected in planning decisions, helping support more efficient allocation of network capacity.

Two further National Grid Electricity Transmission projects have secured Alpha phase funding. Project FoSMo, or Foundation Source Model, has been awarded £355,985 to develop and test shared artificial intelligence models for asset monitoring across transmission and distribution networks. The project is being delivered in collaboration with DScience Ltd, also known as Keen AI, SP Electricity North West, UK Power Networks, SP Energy Networks and Scottish Hydro Electric Transmission. It aims to improve fault detection, reliability and operational efficiency through shared data and AI models.

Project AMPERES, or Automating Marine Plant Ecosystem Restoration for Energy Supply, has received £456,027 to trial automated and robotic approaches for restoring seagrass meadows at scale. Led by National Grid Electricity Transmission with partners including the Ocean Conservation Trust, Land and Water, Robocean and DNV, the project is intended to support environmental requirements linked to offshore electricity infrastructure expansion.

National Grid Electricity Distribution has also secured £147,000 for its Discovery phase Matchmaker project. The project will explore the creation of a digital tool that brings together renewable developers and local community energy groups. The aim is to help commercial wind, solar and battery storage projects progress more quickly and at lower cost by combining developers’ technical knowledge with community groups’ local insight, trust and potential investment.

Jenny Woodruff, NGED programme lead, said the Matchmaker project could help schemes move forward faster and more affordably by connecting developers and community energy groups through a simple digital platform. She said community groups can contribute local knowledge and trust, while developers bring technical expertise, creating conditions for more successful projects and greater community ownership.

Neil McClymont, Head of Innovation at National Grid Electricity Transmission, said innovation is essential for keeping pace with the changing demands placed on the electricity network. He said the funded projects will support faster connections for large users such as data centres, improve system planning and operations, and help build a smarter, more flexible and resilient network for the future.

The projects form part of National Grid’s wider innovation programme, which is focused on addressing the challenges of a rapidly changing energy system. These include rising demand from data centres and other sectors, the integration of renewable generation and the need to deliver new infrastructure at speed.

National Grid’s recent innovation work also includes Dynamic Line Rating, which identifies spare capacity on existing power lines to increase power flows; Emerald AI, a UK-first trial showing how AI-enabled data centres can adjust demand by up to 40% in under a minute in response to real-time grid signals without affecting performance; and the operational rollout of sees.ai autonomous drone technology for smarter overhead line inspection and maintenance.

The Strategic Innovation Fund is an Ofgem programme managed in partnership with Innovate UK. It is designed to support new technologies, tools and approaches that can help transform Great Britain’s energy networks in line with the clean energy transition.

Media Contact:

media.uk@nationalgrid.com
01926 656 536

SOURCE: National Grid

Holcim Launches CaptureLab in France to Test and Scale Advanced Carbon Capture Technologies for Cement Production

(IN BRIEF) Holcim has launched CaptureLab, an industrial-scale carbon capture test platform at its Martres-Tolosane cement plant in France, to support the development and validation of advanced carbon capture technologies for cement manufacturing. Developed by Holcim R&D teams in Switzerland and France, the 2,500 m² platform can process real-world cement plant emissions containing nitrogen, oxygen, CO₂, water and trace impurities. Its plug-and-play design allows different carbon capture systems to be connected and tested under industrial conditions, giving Holcim and external partners such as manufacturers, startups and researchers a practical route to evaluate and scale breakthrough technologies. The platform can support technologies including cryogenic treatment, chemical absorption, physical adsorption, membrane separation and biological processes. Holcim is launching the platform with a first pilot project conducted by Air Liquide, while the company operates the facility. CaptureLab is intended to support Holcim’s decarbonisation roadmap, help advance near-zero cement production and strengthen innovation in sustainable construction.

(PRESS RELEASE) ZUG, 10-Jun-2026 — /EuropaWire/ — Holcim has launched CaptureLab, an industrial-scale carbon capture test platform in Martres-Tolosane, France, designed to support the testing, validation and scale-up of advanced carbon capture technologies for cement manufacturing.

The platform is described as the first of its kind in the sector and has been developed by Holcim R&D teams in Switzerland and France. It is intended to give Holcim and external partners, including manufacturers, startups and researchers, a practical environment where emerging carbon capture systems can be tested under real industrial conditions.

Located at Holcim’s Martres-Tolosane cement plant, the 2,500 m² facility can analyse and process emissions from cement production. These emissions mainly include nitrogen, oxygen, carbon dioxide, water and trace impurities. The platform’s plug-and-play design allows different carbon capture systems to be connected to the plant and assessed in a field environment that reflects the conditions they would face in commercial cement operations.

CaptureLab has been created around an open innovation model, allowing third-party technology developers to test and refine carbon capture solutions more easily. The platform can support a range of current and next-generation capture technologies, including cryogenic treatment, chemical absorption, physical adsorption, membrane separation and biological processes.

Ram Muthu, Head of Group Operational Excellence at Holcim, said CaptureLab gives the company a unique facility to test and scale advanced carbon capture technologies through an agile partnership-based model. He said validated technologies will be used at Holcim sites and will support the company’s decarbonisation roadmap, including the development of near-zero cement.

The launch of CaptureLab begins with a first pilot project in partnership with Air Liquide, a company active in gases, technologies and services for industry and healthcare. Holcim is operating the platform while Air Liquide conducts the initial pilot project.

By creating a dedicated industrial test environment, Holcim aims to reduce barriers to carbon capture innovation and help promising technologies move from laboratory or pilot concepts toward deployment in cement production. The company sees carbon capture as an important part of its efforts to decarbonise cement manufacturing and support more sustainable construction.

About Holcim

Holcim (SIX: HOLN) is the leading partner for sustainable construction with net sales of CHF 15.7 billion in 2025, creating value across the built environment from infrastructure and industry to buildings. Headquartered in Zug, Switzerland, Holcim has more than 45 000 employees in 43 attractive markets – across Europe, Latin America and Asia, Middle East & Africa – and has been recognized as a Global Top Employer by the Top Employers Institute. Holcim offers high-value end-to-end Building Materials and Building Solutions, from foundations and flooring to walling and roofing – powered by premium brands including ECOPact, ECOPlanet and ECOCycle.

Learn more about Holcim on www.holcim.com, and by following us on LinkedIn.

Sign up for Holcim’s Building Progress newsletter here.

Important disclaimer – forward-looking statements:

This document contains forward-looking statements. Such forward-looking statements do not constitute forecasts regarding results or any other performance indicator, but rather trends or targets, as the case may be, including with respect to plans, initiatives, events, products, solutions and services, their development and potential. Although Holcim believes that the expectations reflected in such forward-looking statements are based on reasonable assumptions as at the time of publishing this document, investors are cautioned that these statements are not guarantees of future performance. Actual results may differ materially from the forward-looking statements as a result of a number of risks and uncertainties, many of which are difficult to predict and generally beyond the control of Holcim, including but not limited to the risks described in the Holcim’s annual report available on its website (www.holcim.com) and uncertainties related to the market conditions and the implementation of our plans. Accordingly, we caution you against relying on forward-looking statements. Holcim does not undertake to provide updates of these forward-looking statements.

Media Contacts:

Media Relations
Phone: ​+41 (0) 58 858 87 10
Email: media@holcim.com

Investor Relations
Phone: +41 (0) 58 858 87 87
Email: investor.relations@holcim.com

SOURCE: Holcim

Henkel Achieves Carbon-Neutral Production at Adhesive Technologies Sites in India and Türkiye Through Full Electrification

(IN BRIEF) Henkel has achieved carbon-neutral production at two flagship Adhesive Technologies sites in the India, Middle East and Africa region, with its Kurkumbh facility in India and Gebkim plant in Türkiye both eliminating Scope 1 and Scope 2 emissions. The milestone was reached through full electrification, the phase-out of furnace oil and natural gas, energy efficiency upgrades and the use of 100% renewable electricity. At Kurkumbh, Henkel replaced furnace oil-based thermic fluid heaters with high-efficiency electric systems, upgraded heat and electrical infrastructure and shifted fully to renewable power, eliminating approximately 11,300 tons of CO₂ equivalent. At Gebkim, the company replaced a natural gas-fired boiler with a high-efficiency electric boiler system, eliminating direct fossil fuel use and reducing annual Scope 1 emissions by around 956 tons of CO₂ equivalent, while onsite solar generation and International Renewable Energy Certificates reduced Scope 2 emissions to zero. Henkel said the achievements support its 2030 sustainability goals, science-based climate targets and wider ambition to decarbonise its global production network, while demonstrating that fossil fuel-free manufacturing can be implemented at scale across different regions.

(PRESS RELEASE) DÜSSELDORF, 10-Jun-2026 — /EuropaWire/ — Henkel has reached a significant sustainability milestone within its Adhesive Technologies business by achieving carbon-neutral production at two flagship sites in the India, Middle East and Africa region. The company’s facilities in Kurkumbh, India, and Gebkim, Türkiye, have eliminated both Scope 1 and Scope 2 emissions through full electrification, fossil fuel phase-out and the use of 100% renewable electricity.

The progress supports Henkel Adhesive Technologies’ 2030 sustainability ambitions and contributes to the company’s science-based climate targets. The strategy focuses on reducing operational greenhouse gas emissions through energy efficiency, electrification, the replacement of fossil fuels and the broader adoption of renewable energy across Henkel’s global production network.

At the Kurkumbh site in India, Henkel achieved carbon-neutral operations by replacing furnace oil-based thermic fluid heaters with high-efficiency electric systems. The transition required a major upgrade of the site’s energy infrastructure, including heat load optimisation, the installation of advanced high-efficiency heat exchangers and expanded electrical capacity to support full electrification.

Combined with a complete shift to renewable electricity, the changes at Kurkumbh enabled the elimination of both Scope 1 and Scope 2 emissions amounting to approximately 11,300 tons of CO₂ equivalent. The site’s transformation marks an important step in Henkel’s efforts to decarbonise industrial production while maintaining operational standards and manufacturing performance.

At Henkel’s Gebkim plant in Türkiye, the company completed a major electrification project by replacing a natural gas-fired boiler with a high-efficiency electric boiler system. This eliminated direct fossil fuel use at the site and brought Scope 1 emissions down to zero, reducing annual emissions by approximately 956 tons of CO₂ equivalent.

The Gebkim facility has also transitioned fully to renewable electricity, combining onsite solar generation with International Renewable Energy Certificates. As a result, Scope 2 emissions have also been reduced to zero. Henkel said the improved efficiency of the new system allows the site to maintain production output while using less total energy.

Together, the changes at Gebkim have delivered full decarbonisation across Scope 1 and Scope 2 emissions, positioning the plant as one of Henkel’s leading global examples of fossil fuel-free industrial operations at scale.

Simon Ulmann, Vice President Supply Chain & Operations IMEA at Henkel Adhesive Technologies, said the achievement of carbon-neutral production at two key flagship sites in the region represents a strong step in delivering the company’s global sustainability ambitions. He said Henkel is systematically eliminating fossil fuels from its operations and replacing them with electrified processes powered by renewable energy.

Bappa Bandyopadhyay, Director Operations & Projects India at Henkel Adhesive Technologies, said the Kurkumbh milestone reflects Henkel’s commitment to sustainable growth, responsible manufacturing and operational excellence. He said renewable energy adoption and continued efficiency improvements have helped reduce the site’s carbon footprint while maintaining strong standards in safety, quality and performance.

Mehmet Yılmaz, Director Operations & Projects Middle-East & Africa at Henkel Adhesive Technologies, said the Gebkim transformation demonstrates how electrification can fundamentally change industrial operations. He said the move to a fully electric system powered by renewable energy shows what can be achieved through innovation, technology, teamwork and commitment.

Henkel said the two site transformations demonstrate that fossil fuel-free manufacturing is both achievable and scalable across regions. By expanding electrification and renewable energy adoption, the company is accelerating the decarbonisation of its global production network while supporting its wider net-zero ambitions across operations and the value chain.

The achievements also support customers seeking to reduce their own environmental impact, as Henkel’s decarbonised production model can contribute to lower-carbon supply chains and more sustainable industrial solutions.

Henkel’s operations in India include Henkel Adhesives Technologies India Private Limited and Henkel Anand India Private Limited, a joint venture between Henkel and Anand Group. The company’s adhesive technologies business in India operates primarily in business-to-business markets, while its consumer brands business is active in the hair category. Headquartered in Navi Mumbai, Henkel’s adhesive technologies footprint in India includes four manufacturing sites, two innovation centres, a customer experience centre, a flexible packaging academy and three application centres serving industries including footwear, consumer electronics and electronics. Henkel employs more than 1,700 people across its Indian operations.

About Henkel India
Henkel in India has two legal entities, namely, Henkel Adhesives Technologies India Private Limited (a wholly owned subsidiary of Henkel) and Henkel Anand India Private Limited (a joint venture company of Henkel and Anand Group). The adhesive technologies business operates primarily in the business-to-business realm in the country, while in the consumer brands business, Henkel is present in the “hair” category. Headquartered in Navi Mumbai, the adhesive technologies business has a footprint comprising four manufacturing sites, two innovation centers, a customer experience center, a flexible packaging academy and three application centers serving the footwear, consumer electronics and electronics industries, respectively. Its hair business has five Schwarzkopf Professional academies across the country. Further enhancing Henkel’s innovation ecosystem is its Global Technology Center, designed to help implement innovations quickly and build future-oriented digital competencies at the company. Henkel employs over 1,700 employees across these sites.  More information at www.henkel.in.

About Henkel Türkiye
Founded in Türkiye in 1963, Henkel operates in two strategic business units, Adhesive Technologies and Consumer Brands, with nearly 850 employees. Henkel Türkiye’s headquarters is located in Istanbul, while its production sites are in Gebkim, Tuzla, and Ankara. In addition, the company has regional sales offices in Izmir and Ankara.

Media Contact:

Sebastian Hinz
Adhesive Technologies
Media Relations
+49-211-797-8594
press@henkel.com

SOURCE: Henkel

©EROSS SC Tipik

(IN BRIEF) Thales Alenia Space has been selected by the European Commission to coordinate the €12 million EROSS SC project, a key component of the ISOS programme focused on advancing European capabilities in robotic on-orbit servicing. The project will develop one of two spacecraft intended for Europe’s first demonstration mission involving automated rendezvous and robotic operations in space, with a pilot mission targeted for 2030. Coordinated by Thales Alenia Space in France, EROSS SC will validate technologies for satellite rendezvous, capture, docking, refuelling and payload exchange, before supporting a pre-operational mission to capture an end-of-life satellite and guide it into controlled atmospheric reentry to prevent additional space debris. The project is part of a broader effort to build European infrastructure for in-space operations and services, extending satellite lifetimes and enabling maintenance and upgrades directly in orbit. The consortium includes partners from Germany, Belgium, Spain, Poland, Norway and France, with expertise in robotics, software, refuelling systems, satellite gripping mechanisms, vision algorithms and life cycle analysis. The initiative reflects growing European efforts to improve space sustainability as satellite numbers increase and reliance on orbital assets expands.

(PRESS RELEASE) BERLIN, 10-Jun-2026 — /EuropaWire/ — Thales Alenia Space has been selected by the European Commission to coordinate the EROSS SC project, a European on-orbit servicing initiative designed to demonstrate advanced space robotics, automated rendezvous and in-space operations that can support more sustainable use of orbital infrastructure.

The project forms part of the European Commission’s ISOS, or In-Space Operations and Services, programme, which aims to carry out a pilot mission by 2030. The wider objective is to help establish a European infrastructure for in-space operations and services, enabling future missions that can extend satellite lifetimes, enhance spacecraft capabilities and reduce the risk of space debris.

Announced at the ILA Berlin air show on June 10, 2026, the EROSS SC, or European Robotic Orbital Support Services – Servicing Component, contract is valued at €12 million. Under the project, Thales Alenia Space and its partners will develop one of two spacecraft capable of supporting Europe’s first demonstration mission involving automated rendezvous and robotic operations directly in orbit.

The EROSS SC spacecraft, coordinated by Thales Alenia Space in France, will be used to validate technologies required for future robotic servicing missions. These include satellite rendezvous, capture, docking, refuelling and payload exchange capabilities. The spacecraft will later be integrated with the other elements of the ISOS programme into the planned 2030 pilot mission.

During the pre-operational mission, the spacecraft is expected to capture an end-of-life satellite and support its controlled atmospheric reentry, preventing it from becoming additional space debris. This capability is intended to address one of the growing challenges of modern space activity as the number of satellites in orbit continues to increase.

A second spacecraft under the ISOS programme, named SCOPE, has been awarded to Leonardo. It will also be capable of testing automated rendezvous and robotic operations in space and includes participation from Thales Alenia Space in Italy.

Thales Alenia Space has been developing smart on-orbit servicing missions for several years in response to the increasing number of satellites around Earth and the growing reliance on space systems for services such as geolocation, connectivity, weather forecasting and environmental monitoring. These missions are intended to help operators manage satellites while they are already in orbit, extending operational lifetimes and reducing debris risks.

The company said multifunctional spacecraft for on-orbit servicing represent a major shift in the way future space systems may be designed and maintained. By enabling maintenance, upgrades and service activities directly in orbit, future satellites could be developed with greater scalability and flexibility, changing long-standing approaches to spacecraft design and mission management.

Bertrand Denis, Vice President Observation, Science and Exploration at Thales Alenia Space in France, said the company is honoured to have been entrusted by the European Commission, together with its partners, to contribute to the ISOS programme. He said on-orbit operations in Europe have the potential to transform how space assets are maintained and managed, while helping to extend satellite lifetimes and reduce space debris for a safer and more sustainable orbital environment.

The EROSS SC consortium will be coordinated by Thales Alenia Space in France, which will also oversee the overall system and Guidance, Navigation and Control functions. The consortium brings together partners from across Europe with expertise in robotics, mechatronics, software, spacecraft interfaces, refuelling systems, satellite gripping, vision algorithms, life cycle analysis and project communication.

The Robotics and Mechatronics Center at the German Aerospace Center, DLR, and KINETIK Space in Germany will be responsible for the robotic arm. Space Applications Services in Belgium will develop the tool-change mechanism for the robotic arm. Sener Aeroespacial in Spain will develop universal interfaces and refuelling systems, while PIAP Space in Poland will provide the satellite gripping mechanism.

SINTEF in Norway will contribute to the software architecture. Keyes in Belgium, Sener Aeroespacial in Spain and Magellium Artal Group in France will develop vision algorithms for robotic and rendezvous operations involving both prepared and unprepared satellites. Arribes Enlightment in Spain will lead the spacecraft life cycle analysis, while TIPIK in Belgium will handle communication and dissemination for the project.

Thales Alenia Space is a joint venture between Thales, which holds 67%, and Leonardo, which holds 33%. The company provides space systems for telecommunications, navigation, Earth observation, defence, exploration, science and orbital infrastructure. It also works with Telespazio through the Space Alliance. In 2025, Thales Alenia Space posted consolidated revenues of €2.36 billion and employed more than 8,000 people across 14 sites in seven European countries.

About the consortium:

EROSS SC will be led by a consortium coordinated by Thales Alenia Space in France, which will also supervise the overall system as well as the Guidance, Navigation, and Control (GNC) functions. The consortium includes: the Robotics and Mechatronics Center at the German Aerospace Center (DLR) and KINETIK Space (Germany) responsible for the robotic arm; Space Applications Services (Belgium) developing the tool-change mechanism for the robotic arm; Sener Aeroespacial (Spain) developing universal interfaces and refuelling systems; PIAP Space (Poland) providing the satellite gripping mechanism; SINTEF (Norway) contributing to the software architecture; Keyes (Belgium), Sener Aeroespacial (Spain), and Magellium Artal Group (France) developing vision algorithms for robotics and rendezvous operations for both prepared and unprepared satellites; Arribes Enlightment (Spain) leading the spacecraft’s life cycle analysis, while TIPIK (Belgium) is responsible for the project’s communication and dissemination.

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.

About Thales Alenia Space

Thales Alenia Space leverages a unique combination of skills, technological expertise, and industrial capabilities to deliver innovative solutions for telecommunications, navigation, Earth observation, defense, exploration, science, and orbital infrastructures— drawing on 50 years of proven experience. Institutions, governments, and private industry rely on Thales Alenia Space to design satellite-based systems that provide anytime, anywhere, connections and positioning, monitor our planet, enhance management of its resources, explore our Solar System, and unlock the mysteries of the Universe. Embodied by its Space for Life purpose, Thales Alenia Space sees space as a new horizon, helping build a better and more sustainable life on Earth, and beyond. A joint venture between Thales (67%) and Leonardo (33%), Thales Alenia Space also teams up with Telespazio to form the Space Alliance, which offers a complete range of solutions including services. Thales Alenia Space posted consolidated revenues of €2.36 billion in 2025 and has more than 8,000 employees in 7 countries with 14 sites in Europe. #spaceforlife www.thalesaleniaspace.com

Media Contact:

Tel: +33 (0) 1 57 77 80 00

SOURCE: Thales

Nemetschek Group to Present Building Lifecycle Intelligence and AI-Enabled Design Technologies at AIA Conference 2026

(IN BRIEF) Nemetschek Group will present its connected AEC/O workflows, AI-powered technologies and building lifecycle software solutions at the AIA Conference on Architecture & Design 2026 in San Diego. Together with its brands Bluebeam, dRofus/dTwin, Graphisoft, Maxon, Solibri and Vectorworks, the company will demonstrate how integrated platforms, open collaboration, connected data and AI-enabled tools can help architects, engineers, contractors, owners and operators improve coordination, reduce inefficiencies and make better decisions across planning, design, construction, operations and renovation. Sunil Pandita said the future of AEC/O depends on orchestrating people, workflows and data in ways that create greater intelligence across the full building lifecycle. Graphisoft leaders Márton Kiss and Miles Smith will also present Design Intelligence Strategy: Engineering the Future of Design on June 12, 2026, while several Nemetschek brands will host spotlight sessions at the company’s stand during the June 10–13 conference. The event will reinforce Nemetschek Group’s position as a provider of vertical software and AI solutions for the AECO and media industries.

(PRESS RELEASE) MUNICH, 10-Jun-2026 — /EuropaWire/ — Nemetschek Group will showcase its connected software platforms, AI-driven technologies and data-led workflows for the architecture, engineering, construction and operations sectors at the AIA Conference on Architecture & Design 2026 in San Diego.

The Munich-based global software company will use the event to demonstrate how more integrated platforms, connected data and collaborative digital workflows can help project teams improve decision-making, performance and coordination across the entire building lifecycle. Its presence at AIA26 will include several of its major brands, including Bluebeam, dRofus/dTwin, Graphisoft, Maxon, Solibri and Vectorworks.

As architects, engineers, contractors and building owners increasingly look for ways to reduce inefficiencies and improve coordination, Nemetschek Group will highlight how AI-enabled and connected platforms are changing the way teams plan, design, construct and operate buildings. The company said the industry is moving away from fragmented point solutions and toward connected intelligence that supports greater visibility and collaboration from early design through construction, operation and renovation.

Sunil Pandita, Chief Division Officer of the Planning & Design Division and Digital Twin Business Unit at Nemetschek Group, said the future of AEC/O depends not only on connecting people, workflows and data, but also on orchestrating them in ways that unlock deeper intelligence across the full building lifecycle. He said AIA26 will provide an opportunity to show how open collaboration, connected workflows and AI-driven technologies can help teams move beyond isolated systems and work in more integrated ways across design, construction and operations.

The AIA Conference on Architecture & Design is one of the sector’s largest annual gatherings, bringing together architects, engineers, contractors, designers and technology leaders to discuss emerging trends, industry challenges and the future of the built environment.

As part of the official AIA26 conference programme, Graphisoft leaders Márton Kiss and Miles Smith will present a session titled Design Intelligence Strategy: Engineering the Future of Design on June 12, 2026, at the AIA Theater Stage.

Nemetschek Group will also host additional presentations at its stand, #2742, throughout the conference from June 10 to 13, 2026. Sessions will feature insights from Bluebeam, dRofus/dTwin, Graphisoft, Maxon and Vectorworks, giving visitors a closer look at how the Group’s brands are supporting digital transformation across architecture, engineering, construction, building operations and visualization workflows.

For more information and to view the full schedule of AIA Theater Stage presentations and in-booth spotlight sessions, visit: https://www.nemetschek.com/en/event/aia

About the Nemetschek Group

The Nemetschek Group is a leading global provider of vertical software and AI solutions that drives the digital transformation of the AECO and media industries. With deep industry expertise and intelligently connected software solutions, the Group enables its customers to transform data into insights and more informed decisions in real time across the entire lifecycle of buildings and infrastructure, from ideation through planning, visualization, construction, and operation to renovation. The AI-powered technologies and the use of open standards promote productivity, collaboration, and sustainability for architects, engineers, contractors, operators, and creative professionals. Worldwide, more than 7 million users rely on the Group’s customer-centric AI solutions, and the company employs more than 4,000 experts worldwide. Founded in 1963 by Professor Georg Nemetschek, the Group is listed on the MDAX and TecDAX and generated revenue of EUR 1.19 billion and EBITDA of EUR 371.1 million in 2025.

Media Contact:

Stefanie Zimmermann
Senior Vice President Investor Relations and Corporate Communications
Tel. +49 89 540459-250
Fax +49 89 540459-444
investorrelations@nemetschek.com

SOURCE: Nemetschek Group

Stora Enso’s NeoLigno Binder Becomes a Visible Design Feature in Bundle Studio’s New Jacana Lounge Chair

(IN BRIEF) Bundle Studio has unveiled Jacana, a new lounge chair developed in collaboration with Stora Enso using NeoLigno®, a bio-based and formaldehyde-free binder made from lignin. Rather than treating the binder as a direct replacement for conventional transparent adhesives, the Copenhagen-based studio used its dark brown colour as a defining design feature. The chair’s chamfered edges and open sides expose the layered molded plywood structure, allowing the darker glue lines to remain visible and become part of the furniture’s expression. The project reflects Bundle Studio’s material-driven design approach and explores how emerging biomaterials can influence not only sustainability but also form, detailing and craftsmanship. Jacana will be presented during 3daysofdesign in Copenhagen alongside material studies, bent laminations and process samples, giving visitors a closer look at the development process. Stora Enso’s NeoLigno® was created as an alternative to fossil-based and formaldehyde-containing binders, introducing a renewable lignin-based component into molded plywood construction.

(PRESS RELEASE) HELSINKI, 10-Jun-2026 — /EuropaWire/ — Bundle Studio has developed a new lounge chair that transforms visible glue lines into a deliberate design feature, using Stora Enso’s NeoLigno®, a bio-based and formaldehyde-free binder made from lignin.

The Copenhagen-based design practice created the chair, named Jacana, in collaboration with Stora Enso. The project explores how new biomaterials can influence the form, construction and visual identity of furniture, rather than simply replacing conventional materials in existing production methods.

Jacana will be presented during 3daysofdesign in Copenhagen, where visitors will be able to see how the chair turns an unusual material property into a defining aesthetic detail. NeoLigno® differs from traditional transparent adhesives used in molded plywood because it has a dark brown colour. Bundle Studio used this visual characteristic as a central element of the design.

Instead of concealing the darker adhesive lines, the designers shaped the chair to reveal them. Chamfered edges and open sides expose the layered plywood structure, allowing the glue lines to become part of the chair’s expression. The result highlights both the material composition and the craftsmanship involved in molded plywood production.

Bundle Studio founders Jón Hinrik and Kristine said they wanted to celebrate the material rather than hide it. The exposed layers became a way to show the construction of the chair and bring attention to the possibilities of working with bio-based binders in design-led applications.

NeoLigno® was developed by Stora Enso as an alternative to conventional binders that are fossil-based or contain formaldehyde. The binder is derived from lignin, one of the main natural components of wood, and introduces a renewable material component into molded plywood construction.

Known for its material-led approach, Bundle Studio used Jacana to examine how a binder’s colour, origin and technical qualities can shape the final object. The project treats NeoLigno® not only as a functional adhesive, but also as a material capable of influencing design language, detailing and manufacturing choices.

Alongside the finished lounge chair, Bundle Studio will present a series of material studies, bent laminations and process samples developed during the project. These exhibits will give visitors insight into the testing, experimentation and design decisions behind Jacana.

The project brings together furniture design, biomaterial innovation and wood-based material development, showing how renewable material solutions can create new opportunities for both sustainability and visual expression in contemporary furniture.

Stora Enso: The renewable materials company

Stora Enso is a global leader in renewable materials with a strong focus on packaging. Our purpose is to replace non-renewable materials with renewable solutions. Together with our customers, we design and deliver competitive, high-quality packaging materials and solutions, made from fresh and recycled fibers, accelerating the transition to a circular bioeconomy.

Matti Lielahti – Head of BU Oulu Stora Enso
Stora Enso: The renewable materi

(IN BRIEF) Stora Enso’s Oulu business unit has become the first pulp mill operation in Finland to receive FSSC 22000 Food Safety System Certification, extending internationally recognised food safety assurance across the mill’s pulp production and wider packaging materials value chain. The certification confirms that the Oulu mill’s food safety management system meets strict requirements, with audited processes, systematic risk management and food safety practices integrated into daily operations. The achievement follows earlier FSSC 22000 certifications for kraftliner production in 2021 and folding boxboard production in 2025, marking another step in the transformation of Oulu into one of Europe’s most advanced integrated packaging materials sites. The mill uses most of its pulp internally for board production based on virgin fibre, supporting purity and quality requirements for food packaging. Since May 2026, the entire Oulu production chain, including the pulp mill, board machines, sheeting plant and port terminal, has been covered by the certification. The site produces folding boxboard, kraftliners, paper bag material and unbleached softwood pulp, with boards suitable for direct food contact and nearly all production exported.

(PRESS RELEASE) HELSINKI, 10-Jun-2026 — /EuropaWire/ — Stora Enso’s Oulu business unit has become the first pulp mill operation in Finland to receive FSSC 22000 Food Safety System Certification, strengthening food safety assurance for packaging customers across the full value chain.

The internationally recognised certification confirms that the food safety management system at Stora Enso’s Oulu mill meets the strict requirements of the FSSC 22000 standard, extending food safety certification to pulp production at the site. The achievement adds to earlier certifications at the mill, where kraftliner production received FSSC 22000 certification in 2021 and folding boxboard production followed in 2025 with the start-up of the new consumer board line.

The certification represents another milestone in the Oulu mill’s development into one of Europe’s most advanced integrated packaging materials sites. As demand for renewable packaging continues to increase, customers are placing greater emphasis on materials that combine product performance, safety and sustainability, particularly in applications involving direct food contact.

For packaging customers, the certification provides added assurance that production processes are audited, risk management is systematic and food safety is embedded into daily operations. It also supports transparency and reliability across the value chain, from pulp production through to board manufacturing and delivery.

Matti Lielahti, Head of Stora Enso’s Oulu business unit, said the certification reflects the high standards applied throughout the production process and gives customers further confidence in the quality, safety and reliability of the materials they use. He noted that achieving food safety certification for pulp production is a unique milestone in Finland, adding that all products from the Oulu mill are suitable for direct food contact and that the mill’s pulp also meets the requirements of the composting standard.

The Oulu mill uses most of its pulp in its own board machines. Its board production is based on virgin fibre, supporting high quality and purity requirements for food packaging applications. The FSSC 22000 certification is reflected in day-to-day operations through strict hygiene practices, systematic risk management, consistent procedures and strong production expertise across all stages of the process.

Lielahti said the achievement reflects the commitment and expertise of the Oulu team, as well as the business unit’s focus on continuous development and operational improvement.

Since May 2026, the entire production chain at Oulu has been covered by the certification, from the pulp mill to the board machines, sheeting plant and port terminal. The Oulu mill produces folding boxboard, kraftliners, paper bag material and unbleached softwood pulp. Its boards are suitable for direct contact with food, and nearly all of the mill’s production is exported.

Stora Enso is a global leader in renewable materials with a strong focus on packaging. Our purpose is to replace non-renewable materials with renewable solutions. Together with our customers, we design and deliver competitive, high-quality packaging materials and solutions, made from fresh and recycled fibers, accelerating the transition to a circular bioeconomy. Stora Enso has approximately 19,000 employees and our sales in 2025 were EUR 9.3 billion. www.storaenso.com.

Media Contact:

Phone: +358 2046 111

SOURCE: Stora Enso

There was no blackboard or sedentary math tasks when the students had fractions incorporated into their physical education classes. The students not only found it more fun – they also became better at math. Photo: Anders Rostgaard Bystrup

(IN BRIEF) University of Copenhagen research has found that integrating fractions into basketball-based physical education lessons can improve pupils’ mathematical performance while making learning more engaging. The study involved 309 pupils aged 11 to 13 who took part in an eight-week Basketball Mathematics programme, with one 60-minute lesson per week. Pupils worked with fractions and percentages through basketball activities, such as calculating successful shots as fractions and converting them into percentages. After the programme, participating pupils performed 15% better in fractions tests than a control group that received standard physical education and around 5% better in other mathematical tasks. The pupils also reported greater motivation, engagement and a stronger sense of mastery, while improving their basketball skills at the same time. Lead researcher Jacob Wienecke said sport and physical activity may help make mathematics more accessible to pupils who are not usually engaged by the subject. The researchers noted that the findings should be interpreted cautiously because the programme was short and participants received slightly more mathematics teaching, but they argue that active, movement-based learning could offer a practical way to strengthen academic skills without adding extra classroom time.

(PRESS RELEASE) COPENHAGEN, 10-Jun-2026 — /EuropaWire/ — University of Copenhagen research has found that combining basketball with mathematics teaching can help primary school pupils improve their understanding of fractions while making lessons more engaging and active.

The study examined an eight-week teaching programme called Basketball Mathematics, in which fractions and percentages were built directly into physical education lessons. Instead of learning only through traditional classroom tasks, pupils worked with mathematical concepts while taking part in basketball activities such as shooting, dribbling and recording performance outcomes.

More than 300 pupils aged 11 to 13 took part in the study. During the programme, pupils used basketball exercises as a practical basis for learning fractions. For example, they might take ten shots at the basket, calculate what fraction of the shots were successful and then convert that result into a percentage. This gave pupils a physical and visual way to connect mathematical ideas with real activity.

After the eight-week programme, pupils who participated in Basketball Mathematics performed 15% better in a fractions test than pupils in a control group that received standard physical education. They also performed around 5% better in other mathematics tasks, suggesting that the method may have wider benefits beyond the specific topic of fractions.

Jacob Wienecke, Associate Professor at the Department of Nutrition, Exercise and Sports at the University of Copenhagen and lead researcher on the study, said sport and physical activity can help open up mathematics for pupils who may not otherwise feel engaged by the subject.

The programme consisted of one 60-minute lesson per week over eight weeks, with mathematics integrated into basketball teaching rather than added as a separate classroom activity. The researchers said the results show that even modest changes in teaching methods can make a measurable difference, without requiring schools to create additional mathematics lessons.

Fractions are widely recognised as a challenging area for many pupils, and earlier studies have shown that children’s fraction skills can be a strong indicator of later mathematics performance. The University of Copenhagen study suggests that linking fractions to movement and game-based activity may help pupils experience mathematics more positively and participate more actively.

Pupils in the Basketball Mathematics group reported higher motivation, stronger engagement and a greater sense of mastery during the lessons compared with more traditional approaches. Researchers believe these positive experiences may encourage children to invest more effort in mathematics in the classroom as well.

The study also found that pupils improved their basketball skills, indicating that integrating academic content into physical education did not undermine the sport learning objectives of the lessons. This suggests that movement-based academic learning can support both subject knowledge and physical skills when the activities are closely aligned with what pupils are expected to learn.

The researchers noted that the findings should be interpreted with some caution. Pupils in the Basketball Mathematics group received slightly more mathematics instruction than the control groups, and the study was conducted over a relatively short period. As a result, the long-term impact of the approach remains uncertain.

Even so, Jacob Wienecke said raising pupils’ mathematics level at this stage could potentially influence their longer-term educational development, because mathematics performance during these school years is often linked to later outcomes.

The researchers hope more schools will explore ways to integrate physical activity into academic teaching. They have developed a free teaching compendium that teachers can use to try the method in practice. Although the study focused on basketball, the same principles could be applied to other sports and activities, including volleyball, as long as the movement has a clear connection to the learning objective.

Wienecke said that, in his view, one in five mathematics lessons each week could be made active. He stressed that the activity should support the learning itself, rather than simply adding movement before or after a traditional task.

The study, titled Integrating fractions into physical education classes can improve mathematical performance in 11–13-year-olds – the Basketball Mathematics project, is published in Educational Psychology Review.

About Basket Mathematics

• The study involved 309 pupils in Years 5 and 6 (aged 11 to 13)
• An eight-week programme with one lesson per week (60 minutes)
• Mathematics was directly linked to basketball teaching, with pupils using their performance (for example shots or dribbling) to work with fractions and percentages
• There were two control groups: one received standard physical education, and the other only had basketball in physical education
• The result was a 15 per cent improvement in fractions and a 5 per cent improvement in other mathematical tasks
• Both pupils in Basketball Mathematics and in the basketball control group improved their basketball skills
• Pupils also reported higher motivation, engagement and a sense of mastery during the lessons
• Participants in Basketball Mathematics received slightly more mathematics teaching than the control groups
• Basketball Mathematics has also been tested with 756 pupils in Years 1 to 5, although the focus there was not on academic improvement
• The study “Integrating fractions into physical education classes can improve mathematical performance in 11–13-year-olds – the Basketball Mathematics project” is published in Educational Psychology Review.

Media Contacts:

Associate Professor Jacob Wienecke
Department of Nutrition, Exercise and Sports
Email: wienecke@nexs.ku.dk
Mobile: +45 24 43 35 90

Communications Consultant Sole Bugge Møller
UCPH Press Department
Email: sole@adm.ku.dk
Mobile: +45 93 51 84 42

SOURCE: University of Copenhagen

Gasum Reinforces Energy Transition Strategy With Long-Term Capacity Reservation at Lithuania’s Klaipeda LNG Terminal

(IN BRIEF) Gasum has secured long-term capacity at the Klaipeda LNG terminal in Lithuania for the 2033–2040 period, strengthening its ability to supply LNG and bio-LNG to customers across Northwestern Europe. The agreement supports the company’s long-term energy transition strategy by giving it additional flexibility to manage deliveries across its LNG terminal network in Finland, Sweden and Norway, while also serving maritime customers in and around the Danish straits. Klaipeda already forms part of Gasum’s supply chain as a reloading point for carrier and bunker vessels and as support for natural gas operations in Finland and the Baltic countries. Gasum expects LNG demand to increase, especially in the maritime sector, as more LNG-powered vessels enter service and shipping companies respond to emissions reduction targets from the IMO, the EU and their customers. The capacity may also support bio-LNG supply through virtual liquefaction of pipeline-fed biomethane using mass balancing and biomethane certificates, helping customers further reduce lifecycle fuel emissions.

(PRESS RELEASE) ESPOO, 10-Jun-2026 — /EuropaWire/ — Gasum has reserved long-term capacity at the Klaipeda LNG terminal in Lithuania for the period from 2033 to 2040, strengthening its ability to supply liquefied natural gas and liquefied biomethane to customers across Northwestern Europe.

The agreement supports Gasum’s wider strategic ambition to remain a reliable energy transition partner while giving the company greater long-term flexibility in managing LNG and bio-LNG deliveries across its network. The Klaipeda terminal has already formed part of Gasum’s supply chain, serving both as a reloading point for the company’s carrier and bunker vessels and as support for its natural gas operations in Finland and the Baltic countries.

Klaipeda’s location is well aligned with Gasum’s existing LNG terminal network in Finland, Sweden and Norway. The reserved capacity will help the company optimise flows between these terminals and serve maritime customers directly in and around the Danish straits.

Anders Malm, Senior Vice President, Supply & Trading at Gasum, said the capacity reservation at Klaipeda supports the company’s long-term supply capability and gives Gasum more flexibility in optimising deliveries to its terminal network and maritime customers. He said the agreement also reinforces Gasum’s commitment to being a dependable partner in the energy transition.

Gasum expects demand for LNG to grow, particularly in the maritime sector, as the number of LNG-powered vessels is projected to rise in the coming years. The shipping industry is under increasing pressure to move toward lower-emission fuels as regulatory requirements and customer expectations continue to evolve.

The International Maritime Organization and the European Union have set goals and targets for reducing greenhouse gas emissions from maritime transport. At the same time, customers are increasingly seeking more sustainable transport options to support their own emissions reduction objectives.

Gasum also sees the Klaipeda capacity as relevant to the future supply of bio-LNG. The terminal capacity can be used for virtual liquefaction of pipeline-fed biomethane into bio-LNG through mass balancing and biomethane certificates. This capability is expected to become increasingly important as more customers look for ways to reduce lifecycle fuel emissions beyond what LNG alone can deliver.

By securing long-term access at Klaipeda, Gasum is reinforcing its role in the Nordic and Baltic LNG supply chain while positioning itself to support both current LNG demand and the growing market for renewable gas solutions in maritime and industrial transport.

Read more about Gasum’s LNG bunkering services

Read more about Gasum’s LNG terminal network

Telenor to acquire Enivest in NOK 2.5 billion deal strengthening its fibre broadband presence in Western Norway

(IN BRIEF) Telenor has agreed to acquire Enivest, a leading fibre operator in Western Norway, in a NOK 2.5 billion transaction that will strengthen its position in the Norwegian broadband market. The acquisition includes Enivest’s fibre network, around 28,000 customers and a 34% stake in Årdalsnett, which has approximately 3,000 customers. Telenor said the deal supports its strategy to build scale in broadband through acquisitions and continued investment in Norway’s digital infrastructure. Enivest will continue to operate as a separate company with its existing management team, while customers are expected to gain access to Telenor’s wider range of services, including digital security and entertainment offerings. Enivest generated around NOK 290 million in revenue and NOK 130 million in EBITDA in 2025, with 2026 EBITDA growth expected at around 12%. Telenor expects synergies through upselling and cross-selling and plans to invest around NOK 150 million in integration and network upgrades. The transaction remains subject to approval by the Norwegian Competition Authority and is expected to close in 2026.

(PRESS RELEASE) FORNEBU, 10-Jun-2026 — /EuropaWire/ — Telenor has agreed to acquire Enivest, one of Western Norway’s leading fibre operators, in a transaction valued at NOK 2.5 billion. The agreement supports Telenor’s strategy to expand its scale in the Norwegian broadband market and strengthen its position in a region with attractive fibre growth opportunities.

The transaction includes Enivest’s fibre network and approximately 28,000 customers. It also includes Enivest’s 34% ownership stake in Årdalsnett, which serves around 3,000 customers. Telenor said the acquisition represents another step in its plan to grow within broadband, including through targeted acquisitions and continued investment in Norway’s digital infrastructure.

Benedicte Schilbred Fasmer, President and CEO of Telenor, said the agreement is an important strategic move for the company. She said Telenor will continue investing in robust digital infrastructure in Norway and has clear ambitions to grow in broadband. Fasmer described Enivest as a well-managed company with a strong local presence that fits closely with Telenor’s long-term strategy.

Enivest’s customers are expected to benefit from access to a broader service portfolio following the acquisition, including Telenor’s digital security and entertainment offerings. Enivest will continue operating as a separate company, and its current management team will remain in place.

Birgitte Engebretsen, CEO of Telenor Norway, said Enivest has built a strong professional environment and delivers high-quality services to customers. She said Telenor’s experience in operating and developing fibre networks at scale, combined with Enivest’s existing expertise, creates a strong foundation for further development. By bringing together the strengths of both companies, Telenor aims to enhance the customer offering and support the development of future digital infrastructure in Western Norway.

Founded in 2001, Enivest has grown into one of the largest fibre communications providers in Western Norway. The company has around 50 employees across Førde, where its head office is located, as well as Sogndal, Florø, Stryn and Sunnhordland.

Nandor Helgheim, CEO of Enivest, said the company has established a strong regional position, a large customer base and a highly skilled workforce. He said Enivest has built a solid platform for further growth and, with Telenor as its new owner, is well placed to continue developing the business.

Telenor said the Norwegian fibre market remains fragmented and that greater scale is important for ensuring services that are operationally and financially robust over time. The company expects the acquisition to generate significant synergies, including through upselling and cross-selling of Telenor’s broader product portfolio.

In 2025, Enivest reported revenue of approximately NOK 290 million and EBITDA of around NOK 130 million. EBITDA growth of around 12% is expected in 2026. With most of its fibre rollout completed, Enivest is positioned for increased cash flow in the coming years.

The transaction implies an EV/EBITDA multiple of approximately 17x based on expected 2026 EBITDA, falling to around 10x when fully realised synergies are included. Telenor also plans to invest approximately NOK 150 million over time in integration and network upgrades.

The acquisition is subject to approval by the Norwegian Competition Authority and is expected to close in 2026.

Enivest’s shareholders include Eviny with 55.8%, SFE with 40.3%, Tussa IKT with 1.7%, Nandor Helgheim with 1.4%, Sunnfjord Municipality with 0.7% and Hyllestad Municipality with 0.1%.

Media Contact:

Frank Maaø
SVP Capital Markets and Investor Relations
(+47 91674045)

David Fidjeland
Director Media Relations
(+47 93467224)

SOURCE: Telenor

Sanofi Stops Riliprubart MOBILIZE Trial After Independent Committee Finds Study Unlikely to Show Sufficient Efficacy

(IN BRIEF) Sanofi will stop the MOBILIZE phase 3 study of riliprubart in patients with chronic inflammatory demyelinating polyneuropathy who are refractory to standard-of-care treatment after an independent data monitoring committee determined through an interim analysis that the study was unlikely to show sufficient efficacy. The company said no riliprubart-related safety signals were identified as part of the review. Sanofi will now work with investigators and clinical site teams to wind down the MOBILIZE study and ensure appropriate transition of care for enrolled patients, while also conducting a full analysis of the trial data to inform future research and contribute to scientific understanding of CIDP. The company said the termination will not create significant financial cost and does not change its 2026 financial guidance. Other ongoing riliprubart studies, including the VITALIZE phase 3 study in IVIg-treated CIDP patients, will be evaluated accordingly. Riliprubart remains an investigational monoclonal antibody targeting activated C1s in the classical complement pathway, with the aim of addressing inflammatory mechanisms linked to demyelination and axonal damage in CIDP.

(PRESS RELEASE) PARIS, 10-Jun-2026 — /EuropaWire/ — Sanofi has announced that it will discontinue the MOBILIZE phase 3 clinical study evaluating riliprubart in patients with chronic inflammatory demyelinating polyneuropathy, or CIDP, who are refractory to standard-of-care treatment.

The decision follows an interim analysis by an independent data monitoring committee, which concluded that the MOBILIZE study was unlikely to demonstrate sufficient efficacy. Sanofi said no safety signals related to riliprubart were identified during the interim review.

The MOBILIZE study, listed under clinical study identifier NCT06290128, was designed to assess riliprubart in a group of CIDP patients whose disease does not respond adequately to existing standard therapies. Sanofi said the continuation of other ongoing riliprubart studies, including the VITALIZE phase 3 study in IVIg-treated CIDP patients, will be reviewed accordingly. The VITALIZE study is listed under clinical study identifier NCT06290141.

Sanofi expressed appreciation to the patients, caregivers and investigators who took part in the MOBILIZE trial. The company said it will work closely with investigators and clinical site teams to wind down the study in an orderly manner and support an appropriate transition of care for all enrolled patients.

The company also plans to carry out a detailed analysis of the MOBILIZE data. Sanofi said the findings will help guide future research decisions and contribute to broader scientific understanding of chronic inflammatory demyelinating polyneuropathy.

From a financial perspective, Sanofi said the termination of the MOBILIZE phase 3 study is not expected to result in any significant cost. The company also confirmed that there is no change to its financial guidance for 2026.

Riliprubart, also known as SAR445088 or BIVV020, is an IgG4 humanized monoclonal antibody designed to selectively inhibit activated C1s in the classical complement pathway of the innate immune system. By blocking C1s, riliprubart is intended to target inflammatory mechanisms that may contribute to demyelination and axonal damage in CIDP.

The therapy remains under clinical investigation, and its safety and efficacy have not been evaluated by any regulatory authority.

CIDP is a rare neurological disorder that causes progressive weakness and sensory problems in the arms and legs. The condition occurs when the immune system attacks the myelin sheaths surrounding nerve cells in the peripheral nervous system. Early diagnosis is important because treatment can help reduce the risk of long-term disability.

Despite existing therapies, many people with CIDP continue to experience residual symptoms such as weakness, numbness and fatigue, which can affect quality of life and contribute to long-term morbidity. Around 30% of people with CIDP do not respond to standard therapies, while among those who do respond, about 70% have an incomplete response. Fewer than one-third of people with CIDP remain in remission without continued treatment.

About riliprubart
Riliprubart (SAR445088, BIVV020) is an IgG4 humanized monoclonal antibody that selectively inhibits activated C1s in the classical complement pathway of the innate immune system. By blocking C1s, riliprubart has the potential to inhibit key inflammatory mechanisms that drive demyelination and axonal damage in CIDP. Riliprubart is currently under clinical investigation, and its safety and efficacy have not been evaluated by any regulatory authority. For more information on riliprubart clinical studies, please visit www.clinicaltrials.gov.

About CIDP
CIDP is a rare neurological condition that causes progressive weakness and sensory impairment in the arms and legs. CIDP occurs when the body’s immune system attacks the myelin sheaths around nerve cells in the peripheral nervous system. Timely diagnosis of CIDP is important because it allows for appropriate treatment, which is essential to preventing long-term disability. However, despite available therapies, many individuals are left with residual symptoms, including weakness, numbness, and fatigue that can lead to long-term morbidity and diminished quality-of-life. Approximately 30% of people with CIDP do not respond to standard therapies. In people with CIDP who do respond, about 70% of the response is considered incomplete. Less than one-third of people with CIDP remain in remission without continued therapy.

About Sanofi
Sanofi is an R&D driven, AI-powered biopharma company committed to improving people’s lives and delivering compelling growth. We apply our deep understanding of the immune system to invent medicines and vaccines that treat and protect millions of people around the world, with an innovative pipeline that could benefit millions more. Our team is guided by one purpose: we chase the miracles of science to improve people’s lives; this inspires us to drive progress and deliver positive impact for our people and the communities we serve, by addressing the most urgent healthcare, environmental, and societal challenges of our time. Sanofi is listed on EURONEXT: SAN and NASDAQ: SNY

Sanofi forward-looking statements
This press release contains forward-looking statements within the meaning of applicable securities laws, including the Private Securities Litigation Reform Act of 1995, as amended. Forward-looking statements are statements that are not historical facts. These statements include projections and estimates and their underlying assumptions, statements regarding plans, objectives, intentions, and expectations with respect to future financial results, events, operations, services, product development and potential, and statements regarding future events and economic performance. Words such as “expect,” “anticipate,” “believe,” “intend,” “estimate,” “plan,” “can,” “contemplate,” “could,” “is designed to,” “may,” “might,” “potential,” “objective,” “attempt,” “target,” “project,” “strategy,” “strive,” “desire,” “predict,” “forecast,” “ambition,” “guideline,” “seek,” “should,” “will,” “goal,” or the negative of these, and similar expressions are intended to identify forward-looking statements. Although Sanofi’s management believes that the expectations reflected in such forward-looking statements are reasonable, investors are cautioned that forward-looking information and statements are subject to various risks and uncertainties, many of which are difficult to predict and generally beyond the control of Sanofi, that could cause actual results and developments to differ materially from those expressed in, or implied or projected by, the forward-looking information and statements. These risks and uncertainties include among other things, the uncertainties inherent in research and development, future clinical data and analysis, including post marketing, decisions by regulatory authorities, such as the U.S Food and Drug Administration or the European Medicines Agency, regarding whether and when to approve any drug, device or biological application that may be filed for any such product candidates as well as their decisions regarding labelling and other matters that could affect the availability or commercial potential of such product candidates; the fact that product candidates if approved may not be commercially successful; unexpected regulatory actions or delays, or government regulation generally; authorities’ decisions regarding whether and when to approve a product candidate; political pressure in the United States to mandate lower drug prices including “most favored nation” pricing for State Medicaid programs; the future approval and commercial success of therapeutic alternatives; Sanofi’s ability to benefit from external growth opportunities, to complete related transactions and/or obtain regulatory clearances, including future clinical data and analysis of existing clinical data relating to the product, including post marketing, unexpected safety, quality or manufacturing issues, competition in general; risks associated with intellectual property and any related pending or future litigation and the ultimate outcome of such litigation; trends in exchange rates and prevailing interest rates, volatile economic and market conditions, cost containment initiatives and subsequent changes thereto, and the impact that global crises may have on us, our customers, suppliers, vendors, and other business partners, and the financial condition of any one of them, as well as on our employees and on the global economy as a whole. The risks and uncertainties also include the uncertainties discussed or identified in the public filings with the SEC and the French Markets Authority (AMF) made by Sanofi, including those listed under “Risk Factors” and “Cautionary Statement Regarding Forward-Looking Statements” in Sanofi’s annual report on Form 20-F for the year ended December 31, 2025, or contained in our periodic reports on Form 6-K. Other than as required by applicable law, Sanofi does not undertake any obligation to update or revise any forward-looking information or statements. In light of these risks, uncertainties, and assumptions, you should not place undue reliance on any forward-looking statements contained herein.

All trademarks mentioned in this press release are the property of the Sanofi group.

Media Contacts:

Media Relations
Sandrine Guendoul | +33 6 25 09 14 25 | sandrine.guendoul@sanofi.com
Evan Berland | +1 215 432 0234 | evan.berland@sanofi.com
Léo Le Bourhis | +33 6 75 06 43 81 | leo.lebourhis@sanofi.com
Victor Rouault | +1 617 356 4751 | victor.rouault@sanofi.com
Timothy Gilbert | +1 516 521 2929 | timothy.gilbert@sanofi.com
Léa Ubaldi | +33 6 30 19 66 46 | lea.ubaldi@sanofi.com
Ekaterina Pesheva | +1 410 926 6780 | ekaterina.pesheva@sanofi.com

Investor Relations
Thomas Kudsk Larsen |+ 44 7545 513 693 | thomas.larsen@sanofi.com
Alizé Kaisserian | + 33 6 47 04 12 11 | alize.kaisserian@sanofi.com
Keita Browne | + 1 781 249 1766 | keita.browne@sanofi.com
Nathalie Pham | + 33 7 85 93 30 17 | nathalie.pham@sanofi.com
Nina Goworek | +1 908 569 7086 | nina.goworek@sanofi.com
Thibaud Châtelet | + 33 6 80 80 89 90 | thibaud.chatelet@sanofi.com
Yun Li | +33 6 84 00 90 72 | yun.li3@sanofi.com

SOURCE: Sanofi

The registration expands Prime Elements’ approved feedstock categories for biodiesel producers and reinforces the company’s compliance-driven approach to supply chains.

(IN BRIEF) Prime Elements GmbH has secured German registration to trade rendered fats Category 2 and used cooking oil Category 3 for technical purposes under Regulation (EC) No. 1069/2009, expanding the company’s approved feedstock portfolio for biodiesel production. The registration, issued under number DE 11-002-0006-36, allows Prime Elements to handle these materials in line with EU veterinary, animal by-product, documentation, traceability and, where applicable, TRACES-related requirements. Already ISCC-EU certified and active in supplying vegetable-origin biodiesel feedstocks across Central and North-Western Europe, Prime Elements said the approval strengthens its role as a compliant and reliable supplier to biodiesel producers. By adding rendered fats and used cooking oil from approved and traceable sources, the company is broadening the range of secondary feedstocks available for biodiesel production while supporting the efficient use of recovered and by-product materials within regulated European supply chains.

(PRESS RELEASE) BERLIN, 10-Jun-2026 — /EuropaWire/ — Prime Elements GmbH has received registration from the competent German authority to trade rendered fats Category 2 and used cooking oil Category 3 for technical purposes under Regulation (EC) No. 1069/2009.

The registration, issued under number DE 11-002-0006-36, enables Prime Elements to expand its feedstock portfolio for biodiesel producers and to trade these materials in accordance with applicable regulatory, documentation and traceability requirements.

Prime Elements is ISCC-EU certified and supplies vegetable-origin feedstocks for biodiesel production to customers across Central and North-Western Europe. The new registration adds further approved feedstock categories to the company’s portfolio and strengthens its position as a compliant and reliable supplier to biodiesel producers.

Rendered fats and used cooking oil from approved and traceable sources serve as secondary feedstocks in biodiesel production. Their inclusion supports a broader feedstock base and contributes to the efficient use of recovered and by-product materials.

The registration operates within the EU veterinary and animal by-product framework under Regulation (EC) No. 1069/2009, with requirements including sourcing from approved or registered operators and TRACES-related documentation where applicable. Prime Elements will apply the same compliance-focused approach that already underpins its ISCC-EU certified activity in vegetable-origin materials.

Read more: https://prmelements.io/prime-elements-gmbh-receives-german-registration-for-trading-rendered-fats-and-used-cooking-oil/

About Prime Elements GmbH
Prime Elements GmbH is a Germany-based physical commodity trading company focused on feedstocks and raw materials for industrial and energy applications. The company serves institutional clients and partners across Europe, with a focus on compliant, traceable and reliable supply chains.

Prime Elements GmbH
Tel: +49 32 221856337
Web: https://prmelements.io/
Email: press@prmelements.io

Website:

FAQs

What registration has Prime Elements GmbH received?
Prime Elements GmbH has received registration from the competent German authority to trade rendered fats Category 2 and used cooking oil Category 3 for technical purposes under Regulation (EC) No. 1069/2009.

What is the registration number?
The registration was issued under number DE 11-002-0006-36.

What does the registration allow Prime Elements to do?
The registration enables Prime Elements to expand its feedstock portfolio and trade approved rendered fats and used cooking oil in line with applicable regulatory, documentation and traceability requirements.

Which industries are supported by this registration?
The registration primarily supports the biodiesel and renewable fuels industries by broadening the range of secondary feedstocks available to producers.

What are rendered fats Category 2 and used cooking oil Category 3 used for?
When sourced from approved and traceable operators, these materials can serve as secondary feedstocks for biodiesel production and other technical applications.

Is Prime Elements already active in biodiesel feedstocks?
Yes. Prime Elements is ISCC-EU certified and supplies vegetable-origin feedstocks for biodiesel production to customers across Central and North-Western Europe.

Why is traceability important for these materials?
Traceability helps ensure that materials come from approved or registered operators and that they are traded in accordance with EU veterinary, animal by-product and documentation requirements.

What EU regulation applies to this registration?
The registration operates under Regulation (EC) No. 1069/2009, which governs animal by-products and related materials not intended for human consumption.

Does the registration strengthen Prime Elements’ market position?
Yes. By adding further approved feedstock categories to its portfolio, Prime Elements strengthens its position as a compliant and reliable supplier to biodiesel producers.

Where is Prime Elements GmbH based?
Prime Elements GmbH is based in Germany and focuses on physical commodity trading for industrial and energy applications.

SOURCE: Prime Elements GmbH

Bruntwood SciTech is located at Alderley Park – a 400-acre woodland and parkland campus, home to over 250 businesses.

(IN BRIEF) ZEISS and Bruntwood SciTech have formed a strategic partnership to support life science research and innovation across the UK by giving researchers and growing companies access to advanced microscopy technology, technical training and expert application support. The collaboration brings ZEISS Research Microscopy Solutions into Bruntwood SciTech’s life science campuses, including Alderley Park, where researchers can now use the ZEISS Axiovert 5 digital microscope for routine cell culture and research workflows. The partnership is designed to accelerate progress in areas such as drug discovery, cell biology, biomedical research, biotech and pharmaceutical innovation by embedding imaging capability directly into research ecosystems. ZEISS will also provide ongoing training, technical guidance, lunch-and-learn sessions, application-focused talks and pop-up imaging clinics. Bruntwood SciTech’s Alderley Park campus, which hosts more than 250 businesses and over 4,000 people, is undergoing a £247 million investment to expand its role as a major UK science and technology campus, offering high-specification laboratories, offices, scientific services, accelerator support and access to partners, collaborators and investors.

(PRESS RELEASE) JENA/ MANCHESTER, 10-Jun-2026 — /EuropaWire/ — ZEISS and Bruntwood SciTech have announced a strategic partnership aimed at supporting life science research and helping growing companies access advanced imaging technology, specialist expertise and practical scientific support across the UK.

The collaboration brings ZEISS Research Microscopy Solutions into Bruntwood SciTech’s network of life science campuses, giving researchers and life science businesses access to high-performance microscopy systems, technical training and application support. The partnership is designed to strengthen research environments where early-stage companies, scaling businesses and established scientific teams can accelerate discovery and move projects closer to commercialization.

Bruntwood SciTech, the UK’s leading developer of innovation districts, is a joint venture between Bruntwood, L&G and Greater Manchester Pension Fund. Through the partnership with ZEISS, the company aims to further enhance its life science ecosystems by embedding world-class imaging capability directly into locations where researchers are developing new technologies, therapies and biomedical solutions.

The partnership is expected to support work across areas such as drug discovery, cell biology and biomedical research. By making advanced microscopy more accessible within Bruntwood SciTech campuses, ZEISS will help tenant researchers and companies use imaging tools that can support biotech and pharmaceutical innovation from early research through to scale-up.

At Alderley Park, researchers now have access to the ZEISS Axiovert 5 digital, an all-in-one inverted microscope developed for routine cell culture and research workflows. The system combines high-quality optics, digital imaging and AI-assisted tools to help improve efficiency, consistency and confidence in everyday laboratory work.

Alderley Park is one of the UK’s major life science and innovation campuses, covering 400 acres of woodland and parkland and hosting more than 250 businesses. The campus is part of Bruntwood SciTech and is undergoing a £247 million investment programme to further develop its science and technology facilities and meet demand for collaborative research environments.

Alongside access to equipment, ZEISS will provide training and ongoing technical assistance to help researchers and businesses make full use of the technology. The partnership also gives Bruntwood SciTech customers access to ZEISS application specialists and industry experts, creating further opportunities for collaboration and technical guidance as projects move from discovery into development, commercialization and scale-up.

Dean Edwards, Head of Sales and Service at Research Microscopy Solutions UK, ZEISS, said the company is committed to enabling scientific progress by making advanced imaging technology available to researchers in their own working environments. He said the partnership with Bruntwood SciTech reflects a shared ambition to support life science innovation by combining advanced research infrastructure with microscopy expertise.

ZEISS will also support the partnership through regular lunch-and-learn sessions, application-focused talks and pop-up imaging clinics across Bruntwood SciTech locations. These activities will offer free imaging consultations and help researchers explore best practice, emerging techniques and practical ways to improve research workflows.

Gareth Hampton, Head of Laboratory Services at Alderley Park, said the partnership with ZEISS strengthens the innovation ecosystem across Bruntwood SciTech’s life science campuses. He said access to industry-leading imaging technology and expert guidance is especially valuable for early-stage and scaling businesses, creating more opportunities for collaboration, discovery and innovation within the life science community.

Bruntwood SciTech’s campuses are designed to lower barriers to innovation by combining laboratory and office space with shared facilities, specialist services and access to a connected network of partners, collaborators and investors. Alderley Park is home to the Mereside bioscience campus and the Glasshouse tech and digital hub, offering more than 1 million sq ft of laboratory and office space, scientific services and accelerator support for start-ups and scale-ups.

The campus is also home to more than 4,000 people and a growing community of over 250 life science and technology businesses. Its amenities include a conference centre with a 232-seat auditorium and meeting rooms, a gym, outdoor sports pitches, the Churchill Tree restaurant and 100GB connectivity. Alderley Park is also part of the Cheshire Science Corridor.

Media Contact:

Kristin Unger
ZEISS Research Microscopy Solutions

SOURCE: ZEISS

University of York-Led Research Finds Evidence of Complex Mortuary Traditions Among Prehistoric Maritime Communities

(IN BRIEF) University of York researchers have uncovered rare evidence of an Iron Age funerary tradition in Scotland involving the intentional removal of a human brain after death and the shaping of long bones into sharp tools. The discovery was made through the study of two well-preserved individuals, an adult female and a juvenile male, found buried together in a low stone cairn at Loch Borralie in Sutherland. Osteological analysis revealed incisions inside the adult female’s cranium, suggesting postmortem brain removal, while several long bones had been carefully tapered into points, indicating possible use as tools before burial. Isotope testing and ancient DNA mapping showed that the two individuals were closely related, probably maternal second cousins, and had grown up around 50 miles south-east of where they were buried. Genetic evidence also linked them to communities in Orkney and Applecross, suggesting that prehistoric maritime groups in northern Scotland were highly mobile and connected by water. Published in Antiquity and conducted as part of the COMMIOS project, the research adds new insight into Iron Age mortuary practices, mobility, kinship and the continuing significance of the dead to the living.

(PRESS RELEASE) YORK, 10-Jun-2026 — /EuropaWire/ — University of York researchers have identified rare evidence of an Iron Age funerary practice in Scotland involving the deliberate removal of a human brain after death and the shaping of long bones into pointed tools.

The findings come from the study of two unusually well-preserved individuals discovered at Loch Borralie in Sutherland, close to the north-western tip of mainland Scotland. The remains, belonging to an adult female and a juvenile male, were found buried together in a low stone cairn. Their preservation offered researchers an uncommon opportunity to examine mortuary practices from Iron Age Britain, a period in which human remains often do not survive well.

Iron Age Britain, dating broadly from around 800 BC to AD 43, remains difficult for archaeologists to interpret in terms of funerary traditions because skeletal evidence is typically limited. In north-west Scotland, however, environmental conditions can allow bone to survive, giving researchers a rare window into prehistoric treatment of the dead.

During osteological examination, the research team found signs of postmortem modification to the bones. The adult female’s cranium showed incisions on the inside surface, which the researchers interpreted as evidence that her brain had been intentionally removed after death. Dr Laura Castells Navarro, from the University of York’s Department of Archaeology, said the discovery was unexpected and exciting because it revealed a previously unknown funerary ritual.

Dr Castells Navarro said that while there is no direct comparison for this specific practice, Iron Age communities in Britain are known to have curated and carefully treated the dead. The researchers therefore interpret the bone modification as part of a wider tradition of care and continued attention to human remains after death.

The team also found that several long bones, including both humeri, an ulna and a femur, had been deliberately tapered into sharp points. This suggests the bones may have been used as tools before being carefully reassembled and deposited in the cairn.

To learn more about the identities and origins of the two individuals, researchers combined osteological analysis with isotope testing and ancient DNA mapping. The results, published in the journal Antiquity, showed that the adult female and juvenile male were closely related, most likely as maternal second cousins. Isotope evidence indicated that both individuals had grown up around 50 miles south-east of Loch Borralie, rather than at the site where they were eventually buried.

Dr Castells Navarro said the reasons behind the extensive manipulation of the skeletal remains are difficult to determine. However, the careful way in which the adult female was reassembled and placed in the cairn may indicate that she held a respected or revered position within her community.

The ancient DNA findings also revealed broader family connections across northern and western Scotland. Genetic links extended to the Orkney Islands, around 108 miles to the north-east, and to Applecross, approximately 140 miles to the south-west. Researchers argue that these connections show that family groups in prehistoric Britain were more mobile and interconnected than previously understood, with movement across coastal and island communities likely supported by maritime routes.

Dr Castells Navarro said the findings suggest that prehistoric maritime communities periodically moved around the north coast and Northern Isles of Scotland, possibly in small groups. This mobility may have helped communities maintain and spread cultural practices, including complex mortuary traditions.

The study adds new evidence to the understanding of social networks in prehistoric Britain, suggesting that relationships between the living and the dead may have continued across time, place and generations. Dr Castells Navarro said the Iron Age dead were likely not forgotten, but remained meaningful to the living through ongoing forms of interaction and remembrance.

The research forms part of the COMMIOS project, led by Professor Ian Armit and funded by an ERC Advanced Grant. The project combines ancient DNA, isotope analysis, osteoarchaeology and funerary archaeology to investigate diversity, mobility and social dynamics in Iron Age communities in Britain within a wider European context.

Media Contact:

Samantha Martin
Deputy Head of Media Relations (job share)
+44 (0)1904 322029
s.martin@york.ac.uk

SOURCE: University of York

Stagecoach and Museum of Transport Bring Manchester’s Transport History to Life at Queens Road 125th Anniversary Open Day

(IN BRIEF) Stagecoach celebrated the 125th anniversary of Queens Road Bus Garage in Greater Manchester with a community open day that attracted around 2,000 transport enthusiasts and local residents. The historic site first opened on June 6, 1901, as Manchester’s first purpose-built electric tram depot and remains in continuous transport service today as part of the Bee Network. Organised in partnership with the Museum of Transport, the event offered guided garage tours, shuttle bus trips to central Manchester and the Heaton Park Tramway, and a display of heritage and modern vehicles. Stagecoach showcased training buses in legacy Greater Manchester liveries alongside current Bee Network vehicles, while the Museum of Transport exhibited around 15 historic Manchester buses. A newly repainted Alexander Dennis Enviro400 MMC in SELNEC Central orange and white heritage livery was one of the main highlights, linking the region’s late-1960s and early-1970s transport identity with a modern double-decker. The event also underlined the continued operational importance of Queens Road, which now houses 153 vehicles and employs 504 local colleagues.

(PRESS RELEASE) PERTH, 10-Jun-2026 — /EuropaWire/ — Stagecoach welcomed around 2,000 visitors to Queens Road Bus Garage in Greater Manchester for a special open day marking 125 years of continuous transport service at the historic depot.

The event celebrated the long-standing role of Queens Road in Manchester’s public transport network, beginning with its opening on June 6, 1901, as the city’s first purpose-built electric tram depot. More than a century later, the site remains an active and important part of Greater Manchester’s transport infrastructure, now operating as part of the franchised Bee Network.

The milestone celebration was delivered in partnership with the neighbouring Museum of Transport, giving transport enthusiasts, families and local residents a rare opportunity to explore one of Manchester’s most significant operational transport sites. Visitors were able to take part in guided tours of the garage, offering a behind-the-scenes look at fleet maintenance, daily operations and the continued role of the depot in supporting public transport across the region.

Stagecoach has operated the Queens Road facility since March 24, 2024, under Greater Manchester’s Bee Network. The depot currently houses 153 modern vehicles and supports 504 local employees, underlining its continuing contribution to the city’s transport services and local employment.

The open day highlighted the evolution of public transport in Manchester by bringing together historic and modern vehicles. Stagecoach displayed a selection of training buses finished in legacy Greater Manchester liveries, shown alongside the latest Bee Network vehicles. The Museum of Transport also exhibited around 15 historic Manchester buses inside the building, creating a visual timeline of the region’s transport development.

A key feature of the event was a programme of joint shuttle bus tours connecting the garage with central Manchester and the Heaton Park Tramway. These tours linked the depot’s historic tram-era origins with today’s bus network and wider transport heritage attractions, giving visitors a practical experience of how Manchester’s transport corridors have evolved over time.

One of the standout exhibits was a newly repainted Alexander Dennis Enviro400 MMC double-decker bus finished in an authentic SELNEC Central heritage livery. The orange and white design recalls the branding used across the region between 1969 and 1974, offering a striking link between modern fleet technology and Greater Manchester’s public transport history.

Rob Jones, Managing Director of Stagecoach Manchester & Merseyside, described Queens Road as a living part of Manchester’s industrial and social history. He said the depot has helped keep generations of Mancunians moving, from the electric trams of 1901 to the Bee Network buses operating today.

Jones added that the turnout of around 2,000 community members reflected the pride local people have in Manchester’s public transport system. He said Stagecoach is proud to guide the depot into a more sustainable future alongside the Museum of Transport and the 504 colleagues based at Queens Road.

The 125th anniversary open day reinforced the continuing importance of Queens Road Bus Garage as both a heritage landmark and an active operational depot, connecting Manchester’s transport past with the future of public mobility in Greater Manchester.

Media Contact:

Tom Sommerfelt
tom.sommerfelt@stagecoach.com

SOURCE: Stagecoach

University of Liverpool study finds formaldehyde exposure in NHS cell pathology labs is often monitored too rarely and frequently exceeds EU safety limits

(IN BRIEF) University of Liverpool research has found that formaldehyde exposure in many NHS cell pathology departments is monitored infrequently and often exceeds EU workplace exposure limits, raising concerns about staff safety in laboratory environments where the chemical is widely used. The study, published in BMJ’s Occupational and Environmental Medicine, reviewed 12 months of monitoring data from 117 NHS cell pathology departments and assessed the results using EN 689:2018 standards. Researchers found that 73% of sites measured formaldehyde airborne concentrations once weekly or less, while 70% of sites regularly exceeded the EU long-term workplace exposure limit and 43% regularly exceeded the EU short-term limit. Only 11% of departments combined daily or more frequent monitoring with levels below the EU long-term limit, and only 17% did so for the EU short-term limit. The researchers warned that the findings raise concern for thousands of NHS employees and called for national regulatory intervention, including improved infrastructure, more regular personal exposure monitoring, better staff education, stronger PPE access, management accountability and external oversight by the Health and Safety Executive.

(PRESS RELEASE) LIVERPOOL, 10-Jun-2026 — /EuropaWire/ — University of Liverpool researchers have found that formaldehyde levels in many NHS cell pathology departments are not being monitored often enough and frequently rise above European Union workplace exposure limits, raising concerns over occupational health protections for laboratory staff.

The research, published in BMJ’s *Occupational and Environmental Medicine*, examined formaldehyde airborne monitoring practices across NHS cell pathology departments in the UK. The findings point to gaps in monitoring frequency, workplace controls and occupational hygiene standards, while also highlighting the importance of aligning UK exposure rules more closely with EU standards.

Formaldehyde is widely used in pathology and histology settings, but inhalation exposure has been linked to a wide range of short- and long-term health risks. These include harmful effects on the respiratory system, female reproductive health and the nervous system. Formaldehyde is also classified as a human carcinogen, making regular monitoring and effective workplace safeguards particularly important in laboratory environments where exposure risks can be elevated.

Cell pathology departments are considered among the higher-risk workplaces for formaldehyde inhalation because of the way the chemical is used in the handling and preservation of tissue samples. The researchers said these environments require strong governance, reliable monitoring systems and appropriate infrastructure to protect staff from potentially harmful exposure.

For the study, the research team requested 12 months of formaldehyde monitoring data from 122 NHS Trusts across the UK. The requested data covered monitoring frequency, the number of measurements taken and ranges of airborne formaldehyde concentration. The study then assessed whether the monitoring practices and recorded concentrations met workplace safety expectations, using EN 689:2018 standards for statistical evaluation.

In total, 117 NHS cell pathology departments disclosed 1,715,516 formaldehyde airborne monitoring results. The analysis found that monitoring was generally infrequent, with 73% of sites measuring airborne formaldehyde concentrations once a week or less. Measurements were commonly taken using portable spectrophotometric or electrochemical sensors.

The findings showed that the EU long-term workplace exposure limit was regularly exceeded at 70% of sites, where the 95th percentile was above 0.3 ppm. The EU short-term workplace exposure limit was regularly exceeded at 43% of sites, where the 95th percentile was above 0.6 ppm. The 95th percentile upper tolerance limit also exceeded the EU short-term exposure limit at 68% of sites.

Only a small proportion of departments demonstrated both frequent monitoring and exposure levels below EU limits. The study found that 11% of departments carried out formaldehyde airborne monitoring at least once daily while keeping 95th percentile levels below the EU long-term workplace exposure limit. For the EU short-term limit, 17% of departments achieved frequent monitoring with 95th percentile levels below the threshold.

Dr Magdalena Plesa of the University of Liverpool Management School, the corresponding author of the study, said the data raise concern for thousands of NHS employees working in cell pathology environments. She said urgent national regulatory intervention is needed to improve occupational hygiene across NHS cell pathology departments.

The study was conducted by Dr Plesa in collaboration with Dr Richard Yates of Royal Free London NHS Foundation Trust.

The researchers are calling for national action to strengthen protections for staff working with formaldehyde in NHS pathology settings. They said improvements should include upgraded laboratory infrastructure, more regular personal exposure monitoring, better employee education on laboratory practice and occupational health risks, improved access to suitable personal protective equipment, clearer management accountability for occupational health and external oversight by the Health and Safety Executive.

The study, titled *Under the microscope: formaldehyde exposure in National Health Service pathology departments in the United Kingdom*, was authored by Plesa M. and Yates R.L. and published in *Occupational and Environmental Medicine* in 2026.

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SOURCE: University of Liverpool