In the latest edition of forumNordic News, nine press releases highlight groundbreaking scientific achievements from Nordic institutions including SINTEF, VTT, Aalto, DTU, Chalmers, and KTH. These announcements span diverse fields from climate solutions to quantum technologies and sustainable materials. Below is a concise summary of each innovation.
SINTEF: Pioneering CO₂ Capture from Air
SINTEF is collaborating with Removr to develop Direct Air Capture (DAC) technology, which extracts CO₂ directly from the atmosphere using zeolites. A small-scale pilot plant is underway, with potential industrial applications in aluminum production where current carbon capture methods fall short. The initiative aims to validate simulation tools and bring sustainable, large-scale DAC systems closer to commercialization, helping to address global climate goals.
SINTEF: Thinner, Greener Hydrogen Fuel Cells
Norwegian researchers at SINTEF have created ultra-thin fuel cell membranes that are lighter than paper and drastically reduce the use of platinum and harmful fluorinated materials. The innovation could make hydrogen-powered fuel cells more affordable and eco-friendly, especially for heavy transport and maritime use. This leap could significantly cut emissions and lower reliance on critical raw materials.
VTT: Quantum Leap with 300-Qubit Computer
Finland’s VTT, in partnership with IQM Quantum Computers, is building a 300-qubit superconducting quantum computer by 2027. A 150-qubit version is expected by mid-2026. With €70 million in government funding, this initiative positions Finland at the forefront of quantum research, providing access to universities and businesses to accelerate advancements in material science and computational applications.
VTT: Sustainable Nonwoven Paper Innovation
VTT has teamed up with SharpCell Oy to double production capacity for biodegradable airlaid nonwoven paper. This technology, which uses wood pulp instead of oil-based fibers, drastically reduces water and energy use in manufacturing. VTT’s advanced analytics and support helped optimize wet strength using bio-based binders, leading to new sustainable applications like weed barriers in agriculture.
Aalto University: Finland’s Space Revolution
The launch of Aalto-1 in 2017 catalyzed Finland’s transformation into a space-tech hub. Built by students, the satellite inspired over 200 space companies and spurred legislative reforms. Aalto’s collaborative approach fostered innovation and entrepreneurship, helping the nation join global initiatives like NASA’s Artemis Accords and receive ESA innovation funding. Aalto-1’s legacy continues through satellite spinoffs and growing private investment.
DTU: Transparent Anti-Fouling Solar Coating
DTU researchers developed a self-polishing, transparent coating to prevent algae buildup on underwater solar cells and drones. Funded by the U.S. Navy, the innovation uses nanoscopic particles of copper and zinc oxides to deter fouling without blocking sunlight. This new coating could boost solar efficiency in marine environments and support green energy solutions in oceanic spaces, including offshore solar platforms.
DTU: AI Predicts Bacterial Resistance to Disinfectants
A DTU-led team has harnessed artificial intelligence and DNA sequencing to predict bacterial resistance to cleaning agents, including Listeria monocytogenes. Their model, trained on over 1,600 genomes, achieved up to 97% accuracy in identifying disinfectant-tolerant strains. This tool could revolutionize food safety by enabling rapid, precise hygiene decisions and aiding in the development of more effective cleaning products.
Chalmers & Aalto: Exotic Material for Quantum Stability
Chalmers University, with Aalto and Helsinki Universities, has engineered a novel quantum material that maintains stable topological excitations using magnetism rather than rare spin-orbit coupling. This approach could make quantum computers more resilient to environmental noise. By using common magnetic materials and a new computational tool, researchers aim to fast-track the development of practical, robust quantum computing platforms.
KTH: Lignin-Based Sunscreen for a Greener Future
KTH’s Olena Sevastyanova has been awarded for her work developing eco-friendly sunscreen from lignin—a wood-derived byproduct. Lignin naturally absorbs UV rays and, when processed into nanoparticles, can form stable, water-based formulations. Her research promises to offer a sustainable alternative to chemical UV filters while adding value to the forestry industry and supporting a circular bioeconomy.
