WinLoG Water Supply Well Example

WinLoG water supply well construction and resistivity log View Page 1
Water Supply Well Log
1-page log Validation Passed
WATER SUPPLY WELL EXAMPLE

WinLoG Water Supply Well Example

Water-well construction, drilling observations, lithology, airlift yield, and downhole resistivity.

This example shows how WinLoG documents a municipal or private water-supply well from drilling through completion. WS-01 Water Supply combines drilling observations, well construction, lithology, formation descriptions, and a 16-inch resistivity profile on one coordinated depth scale.

The 40 m well penetrates sand and gravel, silty sand and gravel, limestone, and dolostone. It records penetration rate, lost circulation, alteration, fractures, airlift discharge, casing, grout, screen, filter pack, and formation resistivity. Automated validation reports Passed, 100% completeness, 85% confidence, and no warnings or errors.

Environmental Groundwater Water Supply Well Construction Resistivity Airlift Yield Validation Passed XML Template

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Capabilities Demonstrated

What This Water Supply Well Example Shows

Borehole Logging

  • Lithology and descriptions
  • Lithologic symbols
  • Formation descriptions
  • Depth and elevation control
  • Depth and elevation columns
  • Five lithologic intervals

Drilling Data

  • Air rotary drilling method
  • Penetration rate by interval
  • Lost-circulation observations
  • Alteration and fracture intensity
  • Airlift discharge from 0 to 42 gpm
  • Drilling dates and equipment

Well Completion

  • 6-inch steel casing
  • 12-inch borehole construction
  • 40-PVC slotted screen
  • Cement-bentonite grout
  • No. 1 water-well silica sand
  • Bottom plug and down formation

Validation

  • Passed validation status
  • 100% completeness
  • Good data quality
  • 85% confidence score
  • Cross-dataset consistency checks
  • No warnings or errors

Integrated Water-Well Record

This record demonstrates how formation descriptions and drilling observations can be shown beside a detailed completion diagram and a continuous geophysical curve. The shared depth scale makes it easy to relate water-bearing fractures and airlift yield to lithology, resistivity, casing, grout, screen, and filter-pack placement.

The supplied validation report records Passed status, 100% completeness, Good quality, an 85% confidence score, zero warnings, and zero errors.

Example Data

Key Datasets Demonstrated

Stratigraphy and Drilling

  • Sand and gravel over limestone and dolostone
  • Five depth-continuous lithology intervals
  • Water-bearing fracture zone from 20 to 27 m
  • Penetration, circulation, alteration, and fracture data
  • Airlift discharge observations by interval

Construction and Geophysics

  • Steel casing, grout, screen, filter pack, and plug
  • Construction shown to the 40 m well depth
  • 16-inch resistivity profile
  • Formation and geophysical data on one depth scale
  • Importable WinLoG XML datasets

Download the Complete Example

Download the example files individually. The XML template and log can be imported into WinLoG Version 6 and customized for water-supply and groundwater workflows.

Included in the Example

  • Professional one-page water-supply well log
  • Water-supply validation report
  • Reusable XML template
  • Water Supply Well XML borehole data
  • Drilling, lithology, construction, yield, and resistivity datasets
Applications

Who This Example Is For

Hydrogeologists

Demonstrates a practical workflow for documenting aquifers, water-bearing fractures, yield observations, and final well construction.

Field and Drilling Teams

Shows how penetration, lost circulation, lithology, casing, screen, grout, filter pack, and airlift yield share a common depth scale.

QA/QC Reviewers

Provides an integrated record for reviewing formation data, construction depths, geophysical response, completeness, and consistency.

Customize This Water Supply Well Example

WinLoG templates can be customized to match company standards, project requirements, and agency formats. Construction components, drilling observations, lithology, yield data, geophysical curves, and validation rules can be tailored to project requirements.

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