The main objective is to optimize the chemical quality of silicon for siloxane and silicones production in order to boost the process efficiency and productivity. CorSiCa project will develop a numerical tool called Sistruc that predict the...
SINTEF will work, alongside four other research institutes, to improve the working environment in the Norwegian ferroalloy, silicon and silicon carbide plants. The project DeMaskUs will study how airborne dust is formed, how it affects human cells...
The project aims at understanding the mechanism of sodium diffusion into cathode materials in primary aluminium production by a multidisciplinary approach.
The goal of this project is to increase the understanding of the interaction between the quality of incoming materials, the hardening process and the resulting products. Thus, it is aimed to understand better how variations of incoming materials...
The objectives of the project are to increase knowledge of the environmental effects of submarine deposition of fine grained tailings from the mineral industry and enable development of new sound environmental criteria and monitoring technologies...
Metals are and will continue to be a pre-requisite for modern society; houses, cars, planes, trains, computers and mobile phones - all rely on metals. To achieve sustainability, metals need to be produced with an energy- and natural resources...
The aim of the project is to develop improved manufacturing methods for metal-coated particles. The particles will be dispersed in anisotropically conducting films (ACF) for use in future miniaturized interconnect technologies for displays. The...
With GAFT we aim to swiftly introduce liquid biofuels production in the Norwegian market through local production.
The HyF-Lex project seeks to increase the fundamental understanding of the mechanisms inherent to hydrogen assisted fatigue crack growth in steels, as well as contributing to a model framework for assessment of hydrogen-assisted fatigue.