Petroleum systems modeling has never been as integrated, with the new ability to create a 2D project in PetroMod petroleum systems modeling software from a 2D seismic interpretation with one click in Petrel 2018.1. real-time sharing of objects (such as well tops, surfaces, and point sets) among multiple users while interpreting. User experience is enriched by live collaboration, i.e. Performances are continuously improved through multiresolution mapping of large surfaces (>10 million nodes) and multi-thread domain conversion.
Increased accuracy in seismic rendering is enabled by the introduction of new seismic mesh probes. Data discovery and integration are optimized by improved robustness of the Studio E&P knowledge platform, management of multiple seismic reference datums, and streaming of real-time mud log data in the well section window. The 2018.1 release delivers key enhancements in the geological and geophysical interpretation workflows. This unprecedented integration in reservoir modeling significantly boosts productivity in field development planning and production. Depogrid, together with pillar grid and stair-step grid, contributes to the comprehensive reservoir modeling framework in the Petrel platform that enables high-fidelity static and dynamic modeling of the most diverse structural and stratigraphic challenges, such as complex faulting and subtle compartmentalization. The grid is ready for simulation with no need to upscale cells or convert faults into stair-step mode. This is an unstructured, cut-cell grid built on the premise of interpreted horizons and faults, which fully honors the reservoir architecture and enables complete facies and property modeling workflows by flattening zones to the time of deposition (i.e., depospace).
Petrel 2018.1 delivers a new grid called Depogrid.
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