Questionaire:
Key areas for Research within Fluid and Lithology Prediction.

One of the tasks of the FORCE–forum is to define long term research areas and map technology gaps.

FORCE will supply input to the overall national strategy for Exploration and Reservoir Characterisation, and in order to do this we would like you to fill in this questionnaire.

Please score the following topics and fell free to split or add others. (6 is highest)

Result
1 / Rock physics – integration of core data and well measurements / 4,83
2 / Integration of geophysical and geological reservoir models / 4,70
3 / Shearwave interpretation / 4,61
4 / Prediction of Hydrocarbon saturation - dynamic / 4,58
5 / Increased resolution / 4,58
6 / Seismic Inversion / 4,38
7 / Prediction of Hydrocarbon saturation - static / 4,38
8 / Handling of overburden effects / 4,29
9 / AVO - processing / 4,26
10 / Shearwave processing / 4,25
11 / Shale properties / 4,21
12 / Acquisition of shearwave data / 4,08
13 / Sea bed logging - interpretation / 4,08
14 / Multi-attribute analysis / 4,04
15 / Pore pressure estimation - dynamic / 4,00
16 / PreSDM - processing / 3,95
17 / Multiple elimination in complex waterbottom areas / 3,95
18 / Sea bed logging - processing / 3,92
19 / Modelling of diagenetic effects / 3,92
20 / Pore pressure estimation - static / 3,83
21 / Handling of large data volumes – integration – pre-stack / 3,83
22 / Multi-azimuth projects / 3,61
23 / Sea bed logging - acquisition / 3,54
24 / Development of marine shearwave source / 3,50
25 / Handling of large data volumes – integration – post-stack / 3,43
Comments – additions:
Thin-bed effects and upscaling
AVO interpretation
Statistical Rock Physics, Uncertainties
Carbonate Rock Physics
Stochastic Seismic Inversion
Impact of anisotropy on AVO properties
Calibration/QC/Interpretation of Inversion Volumes

Home