Overview of some of NR's projects

To see a smaller range of projects within a department or research area, check the appropriate boxes. If several boxes are selected, then the selected projects satisfies at least one of the boxes in the selected column(s).

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EziSmart - Verktøy for mestring og sosial samhandling mellom synshemmede eldre, pårørende og andre

Bilde av EziSmart tastaturet

Facies modeling in channelized reservoirs - new object model

Modeling of geological facies is a vital task in the reservoir modeling process. Object-based facies models have a long and proven history of being able to represent geological information in a robust and consistent manner. Expert knowledge on depositional processes and their natural variability can be incorporated by geometrical descriptions of the different facies. This is particularly important for hydrocarbon flow and communication within the reservoir, and are commonly a major source of uncertainty.

Facies modeling in deep marine reservoirs - stacking of turbidite lobes

In this project we developed an algorithm for stacking of turbidite lobes honouring well data and distributing the facies of lobe elements within. We also developed a system for creating distributing channel facies in the lobes conditioned to well data.

Facies modeling in deltaic reservoirs - geological process models and MPS

The aim of this study is to investigate how numerical simulations of geological processes can be used to improve the reservoir models.

Facies modeling in shallow marine reservoirs - stacking of mouthbars and clinoforms

The aim of this study has been to model the stacking of mouthbars and clinoforms in fluvial deltas using the Roxar RMS software. We have a used a combination of the RMS functionality like object modelling, truncated Gaussian fields and IPL scripting to create a model on mouthbar and clinoform scale. This modeling workflow has been developed and tested on the Panther Tongue outcrop data from Utah. The study was initiated and financed by Statoil and the RMS workflow and resulting model are Statoil proprietary.

Fault Seal modeling

Fault seal parameters are used to model the fluid flow through faults. This is done by calculating a fault seal parameter based on the lithologies next to the fault. This fault seal parameter is then used to model fault zone permeability and fault transmissibility multipliers which are used in the flow simulation.

The Havana software has supported modeling of fault zone permeability both for seismic and subseismic faults since the 1990's.

FaultFacies

In this project funded by the Norwegian Research Council we have cooperated with CIPR at the University of Bergen on developing a concept for 3D modeling of the fault zone.

FINSEC - Integrated Framework for Predictive and Collaborative Security of Financial Infrastructures

The infrastructures of the financial sector are nowadays more critical, sophisticated and interconnected than ever before, which makes them increasingly vulnerable to security attacks. Despite increased security, most security measures remain fragmented and static i.e. inappropriate for confronting sophisticated and asymmetric attacks.

Forbedret verdiestimering av boliger

Eiendomsverdi AS har utviklet en algoritme som automatisk estimerer markedsverdien til en bolig, uten at man trenger å være tilstede i den aktuelle boligen. Algoritmen baserer seg på egenskaper ved boligen, som størrelse og boligtype, tidligere salgspris av boligen, samt salgspriser for lignende boliger i nærheten. Eiendomsverdis system benyttes for eksempel av banken ved refinansiering av og lånetilsagn for en bolig, og kan være en god pekepinn for takstmenn og meglere når en bolig skal selges.

Forest Environmental Monitoring and Management System (FOREMMS)

Projects