SINTEF projects

The NEMEGIS project will contribute to the transition to an SF₆-free power grid in Norway and Europe, without compromising grid resilience.

SINTEF and St. Olavs Hospital develop new technology for image guidance and artificial intelligence in bronchoscopy – to improve decision support in lung cancer diagnostics.

The main goal of the project is to improve the clinical understanding of relationships between clinical/radiological characteristics, disease courses, and treatment responses in patients with central nervous system tumors. The project focuses on...

The project will establish a new measurement method for the smallest plastic particles – nanoplastics. We will map where the nanoplastics come from, test new ways to remove them, and examine how industry and society can contribute to the solution.

The objective of the project is to contribute to the reconstruction of Ukraine through systematic sharing of expertise between Norwegian and Ukrainian actors across the construction value chain, the research and academic sector, and governmental...

The research project SafeLiMAR aims to make Li‑ion battery systems safer by improving design practices, operational procedures, and overall competence in the maritime sector.

The project will develop and demonstrate an entirely new concept for the separator used in electrochemical devices, with demonstration in Li-ion batteries

SFI Seaweed unites academia, industry and the public sector to develop knowledge and technology for a sustainable macroalgae industry.

SHARP will enable safer handling of ammonia through experimental campaigns, development of validated models and case studies.

This project will generate new knowledge on how hydrogen affects welded steel joints in offshore pipelines. This will support more reliable transport of oil and gas, reduce the risk of leaks, environmental damage and major accidents, strengthening...

SURFER will support Europe’s energy transition by creating more resilient, decarbonised energy systems by advancing hydrogen electrolysers.

Circular use of feathers via innovative tech that turns them into feed and biodegradable materials, returning nutrients to soil. Less waste, better resource use, and a sustainable food chain.

The aim of the project is to explore how civilian 5G technologies can be adopted in defence and international peacekeeping operations to enhance operational effectiveness and interoperability.

We aim to develop a practice-oriented knowledge base on how biological processes can more effectively utilise aquaculture sludge and enable new, sustainable value chains.

The project enables assurance-driven security engineering by combining AI-based assurance services, digital twins, and SecDevOps/MLOps to continuously assess, validate, and improve security and compliance across system lifecycles.

Phase 1 aims to cut FOWT towing costs by reducing conservatism through better knowledge, validated methods, and a guideline for safe, efficient operations.

The objective of the feasibility study is to assess the potential for developing and implementing an information system for provision of Assistive Technology (AT) that can be integrated into existing Health and Education Information Systems in Uganda...

The project will develop a sustainable value chain for Norwegian skate, a by-catch and underutilised marine resource, by turning it into high-value ingredients for nutraceuticals, food and pet food.