1. Core Features of Schlumberger Techlog 2023.1

• ‌Wellbore data integration: Using wellbores as the core platform, integrating multi-source data such as logging, core, and imagery, covering the entire lifecycle of oil and gas field exploration and development.

• ‌Rock physical enhancement: Upgraded 3D rock physics module, optimized Quanti.Elan, nuclear magnetic resonance, thin reservoir analysis, and geomechanics-related algorithms.

• ‌New functional modules: Added global layered filtering, Python script support, Pickett chart technology preview, and built-in "Usage Tips" prompt features.

• ‌Specialized analysis tools: Supports formation pressure data quality control, saturation height modeling, core data classification and scale scaling, with enhanced wellbore imaging functions.

2. Core differences from the 2024 series version

Table

3. Basic Operation Beginner's Guide

1. ‌Project creation: After launching the software, select the required module, and a new project will be created.tlpFiles and folders with the same name must be copied synchronously when sharing.

2. ‌Data structure cognition: Follows a three-level vertical structure of "well-dataset-data variable," consistent with dataset sampling rate, and transfers data across datasets require resampling.

3. ‌Commonly used quick operations: Select the target and press F4 to bring up the properties window. Right-click to create filters, condition selections, and groups to quickly filter target data.

4. ‌Rules for Storage: Supports setting save levels according to four levels: "User-Project-Company-Software"; for regular projects, select the Project level.

4. Applicable Project Scenarios

• Traditional conventional logging interpretation, single/multi-well rock physics evaluation projects, adapted to static descriptions of small and medium-sized oil and gas reservoirs.

• Batch organization of old historical shaft data, routine classification of core experimental data, and scaling upward work.

• The team has no high version compatibility requirements, pursuing stable software operation and low barriers to entry for routine production projects.

• With a limited budget, only basic wellbore analysis is required, and there is no need for advanced features like AI assistance or cloud collaboration.