Category: Borehole Data Solutions
Posts
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Using Templates for Faster Borehole Logging: Standardizing Geotechnical Workflows in WinLoG
Introduction Borehole logging is a fundamental task in geotechnical engineering, environmental consulting, and hydrogeology. It transforms raw field data into structured, interpretable records that support analysis, modeling, and reporting. However, traditional borehole logging workflows can be slow, repetitive, and prone to inconsistencies—especially when logs are created manually or without standardized formats. This is where templates…
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Editing and Structuring Lithology Data: Best Practices for Accurate Borehole Logs and Geoscience Workflows
Introduction Lithology data is one of the most critical components of any borehole log. It provides a detailed description of subsurface materials, forming the basis for geotechnical analysis, environmental assessments, hydrogeological modeling, and engineering design. However, lithology data is often inconsistent, unstructured, and difficult to interpret—especially when collected across multiple projects, teams, or field personnel.…
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Creating a Borehole Log from Field Data Using WinLoG and WinLoG Field Assistant
Introduction Borehole logs are the backbone of geotechnical, environmental, and hydrogeological investigations. They transform raw field observations into structured, interpretable datasets that support engineering design, groundwater analysis, and regulatory reporting. However, the process of converting field notes into professional borehole logs can be time-consuming and error-prone—especially when relying on manual transcription or inconsistent data entry…
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WinLoG Advanced Features You’re Not Using (But Should)
Most firms use only a fraction of their borehole logging software’s capabilities. If you’re using WinLoG, you already know its core functionality: structured lithology logging, clean borehole reports, and standardized outputs. But beyond the basics, WinLoG includes advanced features that can dramatically improve workflow efficiency, reporting consistency, and QA/QC accuracy. Here are the most underutilized…
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How Do I Use Calculated Graph Columns in WinLoG?
In WinLoG, calculated graph columns provide a powerful way to derive new insights from raw borehole data by applying mathematical transformations to existing datasets. These columns are particularly useful for processing geophysical logs, such as converting raw gamma readings or calculating advanced geotechnical parameters from multiple source columns. Understanding Calculated Columns Calculated columns function by…
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How Do I Create and Manage Lithologic Libraries in WinLoG?
Lithology libraries are the foundation of your borehole logs, containing the geological symbols used to visually represent soil and rock layers. Properly configuring these libraries ensures consistency across all projects and allows for seamless data sharing between field and office teams. Define the New Library To start building your own custom library of geological symbols,…
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How Do I Create and Enter Tables in WinLoG Templates and Logs?
Creating a professional borehole log requires a structured template. In WinLoG, tables are dynamic objects that can be placed anywhere on your log to display project details, lab results, or well construction data. To create and manage tables within GAEA Technologies WinLoG, you must distinguish between designing the table’s structure in the Template and entering the actual…
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How Do I Upgrade a Single User version of WinLoG to WinLoG Version 6?
Upgrading your borehole logging software is a critical step in maintaining data integrity and leveraging the latest geological visualization tools. When moving from older versions (4 or 5) of WinLoG to the latest version 6, it is important to understand that version 6 introduces a more centralized ecosystem through the GaeaSynergy platform. This guide outlines the essential steps and precautions…
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Moving to WinLoG v6: Seamless Data Migration for Your Borehole History
Upgrading your borehole logging software to the latest version of WinLoG (part of the GaeaSynergy platform) is an exciting step toward better automation and 3D visualization. However, for many firms, the biggest hurdle isn’t learning the new interface—it’s the fear of leaving years of historical data behind. At GAEA Technologies, we believe your data is your most valuable asset.…
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How to use Lithology Descriptors to Standardize Logs
When entering the borehole lithology in WinLoG, lithology descriptors can be used to select lithology descriptions from predefined lists. There are descriptors for lithology, color, odour, porosity, and consistency. By using descriptors, lithology descriptions can be standardized for logs. Setting up the Template To see these descriptors on the log the show descriptors option on…