Develop and validate circular and sustainable electronic products, manufacturing processes, and business models that enhance value creation and resilience in Norwegian electronics value chains.
The ESA STARS project explores the feasibility of inter-domain routing algorithms in space-based networks to pave the way to a network convergence between terrestrial and space.
Beam me up! aims to enhance building stock models for circular urban development by incorporating diverse data sources to predict construction material streams for reuse, repurposing, and recycling.
CaptureY establishes a deeper understanding of the political, regulatory, and techno-economic conditions for implementing carbon capture and storage in waste-to-energy facilities.
The project will map challenges and potential strategies for circular models in the electronics industry, with a focus on product design, material usage, business models, and sustainability data.
Some industrial machine parts wear out quickly. Good foundry technology and modern grain refiners makes it possible to produce parts that last much longer before needing replacement.
DigiVita brings together research, industry and the public sector to develop digital solutions that promote health, strengthen self-management and reduce pressure on health services.
The “eCO₂ industries project: Towards Climate-Positive Industries” is a Clean Energy Transition Partnership (CETPartnership) project aiming to accelerate the transition of hard-to-abate industries towards net-zero, and even climate-positive...
The project strengthens the international collaboration on the well integrity topic covering the full well life cycle across petroleum, geothermal, and CO₂ storage applications.
IPN HyTemp aims to develop an innovative high-temperature heat pump (HTHP) for industrial applications, based on a reversed Stirling cycle using hydrogen (H₂) as the working fluid.
The NEMEGIS project will contribute to the transition to an SF₆-free power grid in Norway and Europe, without compromising grid resilience.
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.
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.