Field Service Engineer

TOMRA: invitation to Capital Markets day 2026. TOMRA Systems ASA will host a Capital Markets Update for investors, analysts and other financial market stakeholders in Asker, Norway, on 24 November 2026. The event will provide an update on growth opportunities, strategic priorities, execution progress, and the key drivers of returns and value creation across the portfolio. The day will start with a presentation by TOMRA's executive management, followed by technology demonstrations at its Headquarters. Participants will also have the opportunity to engage directly with representatives from TOMRA's management team in smaller breakout meetings. The agenda will run from morning to early afternoon, with further information, including the detailed program and practical details, to be shared closer to the date. Please note that TOMRA's initial communication referred to 25 November 2026 as the date for the Capital Markets Update. The event date has now been changed to 24 November 2026. Registration is required and more information is available on: Capital Markets update 2026. Registration closes on 17 November 2026. Asker, 24 August 2026 TOMRA Systems ASA For further information, please contact: Bing Zhao, Head of Investor Relations (interim) Tel: +47 402 10 819 TOMRA develops solutions that enable circular economies and optimal resource productivity through automated identification, collection, grading, and sorting of resources. Transparency International optimize how resources are obtained, used, and reused - turning waste into valuable resources. Its vision is to lead the resource revolution and enable a world without waste. TOMRA has approximately 119,900 installations in over 100 markets worldwide. The Group had total revenues of EUR 1,318 million in 2025 and employs 5,800 people globally. TOMRA Systems ASA is publicly listed on the Oslo Stock Exchange (OSE: TOM). For further information about TOMRA, please visit www.TOMRA.com This information is subject to the disclosure requirements pursuant to section 5-12 of the Norwegian Securities Trading Act.

PLS awards TOMRA Mining contract for a 22-sorter installation at Pilgangoora, the world's largest sensor-based sorting plant. TOMRA Mining has been awarded a contract by Pilgangoora Operations Pty Ltd, a subsidiary of PLS Group Limited (PLS), for the supply of sensor-based ore sorting equipment for the proposed P2000 Expansion Project (P2000 Project) at the Pilgangoora Operation in Western Australia. The contract forms part of PLS' approved pre-Final Investment Decision (pre-FID) early works program for the P2000 Project. Engineering and procurement of long-lead equipment will commence immediately, while the P2000 Project remains subject to a positive Final Investment Decision by PLS. The award builds on the successful Pilgangoora crushing and ore-sorting facility delivered as part of previous expansion projects at Pilgangoora, which support higher throughput, feed consistency and operational flexibility. The Pilgangoora Operation has become one of the mining industry's leading examples of large-scale ore sorting integration, with TOMRA's technology playing a key role in the site's evolution from initial implementation through to full operational adoption. The contract includes the supply of 22 TOMRA XRT ore sorters comprising secondary and tertiary X-ray sorting units, together with project management services, specialist tooling, packing and delivery. If the P2000 Project is approved by the PLS Board, the installation will represent the next phase of expansion of Pilgangoora's ore sorting infrastructure. "The existing sorting circuit has demonstrated the reliability, availability and consistency required to support continuous, high-throughput operation at Pilgangoora," said Albert du Preez, SVP and Head of TOMRA Mining. "P2000 represents the next stage in that journey. It builds on years of successful collaboration between TOMRA and PLS and reflects the confidence that both organisations have developed in the value that large-scale sensor-based ore sorting delivers to lithium processing operations." "The significance of this award extends beyond the supply of equipment. It demonstrates how sensor-based sorting has matured from an innovative processing technology into an established and trusted component of modern lithium flowsheets." The relationship between TOMRA and PLS extends beyond equipment supply. Since initial test work and ore characterisation programs commenced in 2017, TOMRA has worked closely with PLS across testing, project development, commissioning and ongoing operational support. Dedicated on-site technical support combined with remote connectivity through TOMRA's global network has helped optimise long-term plant performance and contributed to the successful integration of sorting technology into Pilgangoora's operations. As hard-rock lithium operations continue to expand globally, operators are increasingly focused on technologies capable of improving resource utilisation, stabilising feed quality and enhancing downstream plant performance. The experience at Pilgangoora has demonstrated how sensor-based sorting can deliver these benefits at industrial scale while becoming fully embedded within daily operations. The P2000 contract represents the next milestone in TOMRA Mining's long-term partnership with PLS and reinforces the growing role of ore sorting technology in the future of large-scale lithium production. Take a look at the potential future of the Pilgangoora Operation here.

Tomra Recycling expands Autosort Pulse application range. The Autosort Pulse will be applied to stainless steel, heavy metals, magnesium and incinerator bottom ash material streams. Published August 05, 2026 Tomra Recycling, a division of Norway-based Tomra, is expanding the application range of its Autosort Pulse beyond aluminum alloy separation, which the company says will increase machine flexibility and allow operators to use one machine for multiple sorting tasks without the need for additional hardware. The system, which uses Dynamics Laser Induced Breakdown Spectroscopy (LIBS), can be applied to a broader range of material streams, including stainless steel, heavy metals, magnesium and incinerator bottom ash (IBA). According to Tomra, the Dynamics LIBS technology allows the machine to analyze the elemental composition of each object and adapt to different scrap conditions. The company says the system identifies each material by its elemental composition and enables precise sorting tasks such as separating aluminum into different alloys. The system can identify and separate copper, brass, zinc, stainless steel and other fractions in mixed heavy metal streams. "Autosort Pulse has proven itself in aluminum alloy separation, and we have continued to develop what the technology can enable," says Tom Jansen, vice president, head of segments at Tomra Recycling. "Today, our customers can use one system across several material streams, from stainless steel to IBA, heavy metals and more. What changes is the application, not the technology. That flexibility turns a single investment into real operational and economic value." For stainless steel applications, the machine can separate different grades - including 316, 304 and 201 from mixed stainless steel streams - which allows for more specific and high-value output fractions from materials recyclers already process, the company says. The system can also be applied to IBA, the mineral residue left after municipal waste incineration, as it can yield complex metal streams after initial processing. The Autosort Pulse enables further separation of these fractions, according to Tomra, including low- and high-silicon 6xxx series aluminum alloys, as well as copper and brass from mixed heavy metal streams. Another new application is magnesium separation from floated super-light fractions, which Tomra says helps recyclers achieve cleaner output fractions and improve material quality. Tomra says it trains customers' teams to adapt and fine-tune sorting programs themselves so operators can react quickly when material streams change, test new input materials before committing to larger purchases and keep production stable even when market conditions shift. Sponsored Content Optimal productivity, heavy construction, safety features and operator comfort come together in the SENNEBOGEN 360 G-series telescopic wheel loader, designed for work across the waste and recycling industry. Telescopic wheel loaders manufactured by SENNEBOGEN have a growing presence at transfer stations, material recovery facilities (MRFs), construction and demolition (C&D) recycling plants and metal recycling facilities across North America. Training and Tomra's metals recovery solutions are available in North America through Tomra Recycling's exclusive metals partner, Wendt Corp. Get curated news on YOUR industry. Enter your email to receive our newsletters.