Prosjekter
Kontaktperson, prosjekter
- SHIMMER - Safe Hydrogen Injection Modelling and Management for European gas network Resilience (2023 - 2026)
- Laboratorie-infrastruktur: Tiller flerfaselaboratorium (2016 - 2023)
- Multiflow JIP: Produsere den største industrielle 3-fasede rørstrømdatabasen (2016 - )
- Neste generasjons flerfase strømningsmodeller for brønner og stigerør i LedaFlow (2015 - )
Laboratorier
Kontaktperson, laboratorier
Fagområder
Kontaktperson, fagområder
Publikasjoner
- Large-Scale Experiments Examine Slug-Length Evolution in Long Pipes
- Large-Scale Experiments on Slug-Length Evolution in Long Pipes
- Large scale experiments on slug length evolution in long pipes
- Oil/Water Pipe-Flow Dispersions: From Traditional Flow Loops to Real Industrial-Transport Conditions
- Improvement of LedaFlow for churn flow in vertical pipes
- Oil-Water Pipe Flow Dispersions - From Traditional Flow Loops to Real Industrial Transport Conditions
- Pressure drop measurements in low liquid loading three-phase flows
- MultiFlow JIP – Campaign 2 3-phase Gas Dominated Flows in 8-inch Diameter Pipe
- Liquid loading and multiple solutions in vertical flows, experiments and modelling with LedaFlow
- Characteristics of Gas/Water/Viscous Oil in Stratified-Annular Horizontal Pipe Flows
Annen formidling
- Large Scale Experiments on Slug Length Evolution in Long Pipes
- SINTEF Webinar "Bridging the gap between the lab and the field- Session2: Hydrate Management"
- Joint R&D efforts within flow assurance between Brazil/Norway Brownfields and greenfields applications
- SINTEF Webinar: Multiphase Flows - Bridging the gap between lab and field
- Evaluation of Gas Hydrates Operation Zone to Establish an Optimal Hydrate Management Strategy
- Pressure drop measurements in low liquid loading three-phase flows
- Improvement of LedaFlow for churn flow in vertical pipes
- Enabling non-disruptive production conditions - Slug Flow and Surfactants
- Bridging the Gap – Coupling Fluid Chemistry with Fluid Dynamics
- Liquid loading and multiple solutions in vertical flows - experiments and modelling with LedaFlow