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Reduce costs and risks while drilling and completing wells with greater insight into subsurface rock and fluid properties. The PowerLog® suite enables E&P asset teams to locate and evaluate zones in wellbores and provides sophisticated tools to quantify the commercial potential of these intervals. This powerful software can be used anywhere for quick collaboration on important drilling decisions.

The advanced seismic reservoir characterization workflows within the Jason®yield timely answers for critical decisions. Clients can optimize field development, reservoir management and well planning using advanced technology in seismic inversion and reservoir characterization. Jason software is based on proprietary industry-leading algorithms for deterministic and geostatistical inversion and facies identification. With its integrated velocity calibration tools, reservoir characterization results are delivered in depth and match the well information. At every stage, uncertainty is estimated and incorporated into the reservoir characterization analysis.

Hampson Russell’suser-friendly Well Tie tool plays a crucial role in reservoir characterization workflows. To ensure the accuracy of the seismic-synthetic well tie process, we now offer extended Quality Controls (QCs). The upgrades make it easy for users to interpret seismic-synthetic match and residuals, while also simplifying the evaluation of velocity changes resulting from edits to the time-depth relationship (“stretch/squeezes”). These new QCs allow for quick and straightforward review of the well to seismic correlation.

The MEPO multiple realization optimizer represents a step change in the reservoir engineering workflow. It substantially enhances the value you will get from your existing reservoir simulation models, by enabling a multiple realization approach—allowing you to not only model your reservoir, but also to optimize it for maximum performance.

Finding, characterizing, and exploiting new and existing reservoirs is increasingly complex. To overcome these challenges, we must continually improve and innovate the way we work. With the PetrelE&P Software Platform, SLB revolutionized the oil and gas industry by bringing disciplines together with best-in-class science in an unparalleled productivity environment. Our commitment to Petrel resulted in dramatic strides forward in the way we develop and deliver a software platform, and with the Petrel 2023.3Platform and update releases, we continue to deliver on our promise of better integration, deep science, and productivity. Today we support an engineering team unrivaled in size and expertise, empowered by the Ocean software development framework. More than ever before, we are positioned to help you develop critical insights into reservoirs throughout the oilfield lifecycle. With this Petrel E&P Software 2023.1 release, SLB continues its commitment to improve and innovate the way you work. Petrelallows multi-domain experts to co-create a shared earth model that can be continuously updated as new information is acquired. These release notes contain short descriptors for the most significant enhancements, fixed issues, and known limitations, as well as system requirements and recommendations.

Schlumberger’s drilling engineering design software (Drilling Office X - DOX) enables scientific and computerized drilling engineering design, which can be used to manage, optimize and intervene drilling and completion operations worldwide. The design content mainly includes the following aspects.

The Eclipse™ industry-reference reservoir simulator offers the most complete and robust set of numerical solutions, for fast and accurate prediction of dynamic behavior, for all types of reservoirs and development schemes. The Eclipse simulator has been the benchmark for commercial reservoir simulation for more than 40 years due to its robust capabilities, speed, parallel scalability, and unmatched platform coverage. The simulator covers the entire spectrum of reservoir modeling, including black-oil, compositional, thermal, and streamline simulation.

Geomodeling 9.2.1.7000 R2023is the latest release of an integrated geoscience software system for seismic and well data interpretation, geological modeling, and reservoir property prediction. All geoscience workflows are built inside an Integrated Visualization Environment (IVE) and share the same database. Within the same Geomodeling project, you complete the whole workflows of basic seismic and well log interpretation, reservoir characterization with advanced seismic attribute analysis, and geological modeling with property prediction with the latest machine learning algorithms.