 |
 |
AGM Launches New Geological Scenario Manager and Petrel® Plug-In |
AGM's release of the new Geologic Scenario Manager, an interpretation version control utility, and the RECON Petrel Plug-in demonstrates our commitment to continually and rapidly deliver innovative, practical functionality that provides our customers with unprecedented gains in interpretation efficiency and accuracy. |
NEW RECON Geologic Scenario Manager |
NEW RECON Geologic Scenario Manager revolutionizes the geological interpretation workflow by empowering geologists to run and assess multiple interpretation scenarios on the fly. This interpretation version control utility is a useful way of challenging assumptions and integrating alternative solutions or hypotheses to efficiently capture the risk and uncertainty with the reservoir model.
RECON® Geologic Scenario Manager can be applied to the:
| • |
Quantification of deterministic geological risk to reduce the associated uncertainty |
| • |
QC, review and audit capture pre and post drill appraisals |
| • |
Interactive communication of decision points between peers, managers and partners |
|
RECON Petrel Plug-in Now Available |
|
AGM's new RECON Petrel Plug-in enables fast and efficient data sharing providing an integrated environment for exceptional collaboration. Users can now launch RECON Petrel Plug-in from within Petrel to import or export data to and from RECON. Interpreters report a significant amount of the time is typically spent on the manual and tedious tasks such as to QC data, correlate wells, create surfaces and thicknesses when generating 3D geocellular models. Since these workflows are automated in RECON, the combined RECON to geomodeling workflows can now deliver unprecedented gains in efficiency and accuracy.
|
Latest RECON release includes usability enhancements to RECON StratalSlice |
|
StratalSlice provides geomorphological or stratal time slicing through any seismic data volume. The advantages are easily understood in the figure below. Interpreting on a time slice (a) follows a constant time or depth elevation and is useful when your horizons are horizontal. A horizon slice (b) parallels a reference reflection event and is useful where structure is consistent throughout the time or depth interval. Where as, StratalSlice (c) divides time varying internal thickness between interpreted horizons into uniform geologic time increments making seismic imaging of depositional systems much easier.
StratalSlice handles all three of these situations in a single methodology ensuring the most accurate interpretation available whether looking for channels, turbidites or any other depositional feature.
The new StratalSlice release is faster to execute, supports multi-CPU and now reads floating point, 16 bit and 32 bit volumes so you can see the finest details.
|