Logging stations are specialized equipment complexes used for geophysical well investigations. Designing and assembling such stations to order requires considering multiple factors, including research objectives, well depth, types of probes used, and operating conditions.
Key stages of designing and assembling logging stations
1. Defining technical requirements
Before starting the design process, it is crucial to determine:
Type of logging (electrical, acoustic, neutron, gamma-ray logging, etc.).
Depth range for investigations.
Type of environment (oil, gas, or water-bearing formations).
Operating conditions (temperature, pressure, aggressive environment).
Required measurement accuracy and operational speed.
2. Selecting the hardware base
Winch with cable – determines the maximum logging depth.
Logging probe – selection depends on the type of parameters being measured.
Control and data acquisition system – includes a computer with specialized software.
Power supply – depends on operating conditions (generator, battery, etc.).
Additional equipment – antennas, pressure sensors, cooling systems.
3. Designing the layout
Selecting the base transport (vehicle, trailer, container).
Arranging equipment in the truck body or a separate compartment.
Designing the power supply and communication system.
4. Assembly and testing
Mechanical and electrical assembly of the station.
Calibration and configuration of logging equipment.
Conducting test measurements at a test site.
Debugging and fine-tuning software.
5. Personnel training and handover to the customer
Training operators to use the logging station.
Conducting demonstration measurements.
Preparing documentation (manuals, technical specifications).
Additional considerations
Capability for remote operation in isolated areas (autonomous power supply).
Integration with cloud services for remote monitoring.
Protection against external factors (explosion-proof design, resistance to extreme temperatures).
