Reservoir Modeling Solutions
Learn How Our Software Can Help YouThe TIPS Thin Bed Modeler is a great tool for rapidly comparing hydrocarbon beds for Wet, Oil and Gas conditions at the same time. You never have to worry about the fluid substitution process as it is handled automatically for you as you make changes to the environment. At all times, the 3 conditions just … Continue reading TIPS QuickTip: Thin Bed Reservoir Controls
We are very excited about the new release of the jTIPS Well Log Modeler. Now that the PetroSeismic Software tools are under the dedicated partnership that is HSB Geophysical, we have a very aggressive growth plan for this product as well as some exciting new offerings in the coming months. If you’re not a fan … Continue reading jTIPS Well Log Modeler 3.1 Released
TIPS Multiple Modeler Just as the synthetic seismogram allows the interpreter to match the borehole properties to seismic, TIPS Multiple Modeler software provides the interpreter with similar tools when severe internal multiples are present. TIPS Multiple Modeler quickly quantifies the severity of the internal multiples by measuring as a function of time the properties of … Continue reading Software: TIPS Multiple Modeler
TIPS Thin Bed Modeler What class of AVO response might you expect from a particular thin bed environment? How would the response differ if the sand bed were gas vs. water vs. oil? What impact does porosity have on a given bed? These questions, and many more, are quickly and easily answered using the TIPS … Continue reading Software: TIPS Thin Bed Modeler
TIPS Well Log Modeler The TIPS Well Log Modeler can produce high quality AVO synthetics with a few simple data prep steps. TIPS will read your LAS file and lead you through the process to edit the data, create shale volume curves, estimated missing data and identify hydrocarbon zones. Within minutes of installing the software, … Continue reading Software: TIPS Well Log Modeler
Frequency Extension of Signal Frequency Extension of Signal utilizes the low-frequency components of seismic data, which normally have a higher S/N ratio than the high-frequency components, to enhance, extend and/or replace the high-frequency components. Continuity EnhancementStratigraphic EnhancementFault EnhancementResolution Enhancement FES is a multi-faceted technology that can be parameterized to increase event continuity by stabilizing … Continue reading Software: Frequency Extension of Signal
Long-period multiple suppression is a 2-step process: estimate multiples and then adaptively subtract. ISS and GP technologies estimate internal multiples using totally different methodologies. At well locations, GP synthetics validate ISS processing steps in the workflow. Well control is not necessary to estimate and/or suppress field seismic multiples … it validates the process. With ISS … Continue reading Software: Multiple Identification and Suppression
