SuperLog™ is more than software: it is a complete solution for Petrophysicists, Geophysicists, Geologists, and Reservoir Engineers who need results with both speed and precision.
With its intuitive interface and research-driven modules, SuperLog™ transforms complex petrophysical analysis into a streamlined workflow, delivering deeper insights without slowing you down.
From single-well studies to large-scale, multi-well projects, SuperLog™ combines technical excellence with a competitive price, empowering your team to focus on interpretation, not the tools.
Download Free TrialPlatform:
The basic platform supports all fundamental Data Input/Output, viewing, editing, depth shifting, displays, Logs, Crossplots, Histograms, Text curves, Curve Statistics and Multi-well operations.
Siliciclastic-Carbonate Interpretation:
This modules contain deterministic analyses, basic calculator functions, and Chart-book corrections.
Smart Adaptive Batch Processing:
Worklfows adjustment can be tedious if not planned accordingly, and scaling it on several wells can quickly become time-consuming. SuperLog makes workflows connected to specific thought processes so that it allows the user to decide on the variable and gets offered options.
Cement Bond Logging:
This module allows users to make fast, well informed decisions on the condition of the down-hole cement behind casing. The module can import data from all of the major cement evaluation tool types from basic cement bond log tools to advanced ultrasonic tools.
Unconventional shale plays:
Calculate TOC using various methods and compare. This is done by combining conventional logs, gas data, image and production data.
Monte Carlo:
The user sets up the analysis work flow and enters the distribution of possible errors in the individual interpretation parameters and input curves. The program randomises the input parameters based on user-selected ranges and then runs the work flow.
Production Logging:
The Production Logging module enables users to monitor well production performance and identify key areas where production problems exist to help them make appropriate operational decisions and improve productivity.
Saturation-height modeling:
Load special core data in templates, review and edit graphically for QC, transform or normalize pressure data, model capillary pressure data shapes, and solve for free fluid level by hydraulic zone.