This project generated new and validated functionalities in the transient multiphase simulator LedaFlow(TM) in a new area of application: flow assurance predictions for well and risers.
In the project "Establishment of a process for production of membrane elements", an industrial manufacturing process for membrane tubes for CO2 capture using hydrogen separation, is developed. Reinertsen AS, SINTEF Materials and Chemistry and SINTEF...
Hydrogen is considered a favourable alternative for transport and for storing peak renewable energy for the grid. This project investigates the feasibility of a bio-hybrid photoelectrochemical (PEC) cell with modified hydrogenase enzymes as catalysts...
SINTEF has recently developed a method to produce 3-dimensional nanostructures of silicon and aluminum, nano-wires and nano-tunnels, using the self-organizing tendency of these two materials. These structures can potentially increase the efficiency...
Access to omega 3 sources in fish feed is a limiting factor for growth in aquaculture. Researchers from SINTEF and NTNU will explore the potential of using bacteria as a "production machine" for the beneficial fatty acids.
This project will contribute to new knowledge on efficient use of sea transportation and efficient quay operations within the forest value chain, in order to increase the quantities of timber and wood related products transported by ship in Coastal...
This project's aims are to improve and understand selected catalyst materials’ transformation/degeneration during (industrial) use, relevant for applications within oil and gas upgrading, ethene and propene production from methanol, and in potential...
In this project, the goal is to develop a concept for a stationary molten salt based -liquid metal battery (LMB) without the need for an ion selective membrane. The materials to be investigated are relatively abundant and cheap with low environmental...
The Norwegian Aluminium Industry is technology and environmentally at the global forefront. To achieve this, a continuous focus on developing new and better fundamental scientific understanding of process mechanisms are necessary. CaRMa looks at four...