Maximizing Efficiency in Wireline Perforating with Titan PWP Tools

Posted on by Crissa Fel Tawadan

In the world of wireline and perforating, precision is everything. One of the most effective tools I’ve used for pressure data acquisition in cased hole logging and formation evaluation is the Titan PWP tool. Whether you’re running a cased hole wireline operation or monitoring bottom hole pressure, these tools provide crucial insights for optimizing well performance.

Understanding Titan PWP Tools

Titan PWP tools are designed for real-time pressure and temperature monitoring in wireline well logging and perforation well applications. Depending on the model, these tools provide essential data such as:

  • Gamma Ray Readings – Helps correlate depth with geological formations.
  • CCL (Casing Collar Locator) – Ensures depth accuracy when logging.
  • Pressure Measurements – Monitors wellbore conditions to prevent pressure-related failures.
  • Temperature Data – Useful for identifying downhole conditions and fluid properties.

Titan PWP tools are critical in cased hole well services, cement bond log analysis, and pressure control equipment monitoring, ensuring well integrity in high-pressure environments.

Titan PWP Telemetry Types

There are two main types of Titan PWP telemetry tools used in wireline services oil and gas applications:

  • Titan PWP 10-Point Calibration Telemetry
    • Used for specific tool IDs and requires manual calibration.
    • Provides Gamma Ray, CCL, and Pressure data.
    • Internal temperature readings are not displayed.
  • Titan GPTBT Telemetry
    • Provides real-time, externally measured temperature and pressure readings.
    • Uses coefficient-based pressure sensor calibration.
    • Displays Gamma Ray, CCL, Pressure, and both Internal/External Temperature.

Selecting the right telemetry system is crucial for wireline service providers handling plug and abandon operations, downhole pipe recovery, or pump down perforating jobs.

Setting Up a Titan PWP Tool for Operation

Proper setup ensures accurate readings and reliable wireline well logging results. Here’s the step-by-step process I follow:

  • Select the correct service in the Warrior logging software.
  • Choose the appropriate tool serial number. Calibration files are tool-specific.
  • Enable Power Control and apply 50 volts positive.
  • Adjust gain settings in the telemetry monitor until the signal is clear.
  • Verify depth correlation with the CCL and gamma ray readings.
  • Monitor pressure and temperature outputs to confirm tool functionality.

This ensures reliable wireline control systems for wireline service companies working in high-pressure downhole environments.

Pressure Testing Titan PWP Tools

Before running any wireline equipment downhole, I always perform a pressure test to verify sensor accuracy. The process includes:

  • Connecting the PWP test pump to the tool’s pressure sensor port.
  • Applying pressure up to the calculated bottom hole pressure (BHP).
  • Verifying sensor output to ensure it reads within 30 psi of expected values.
  • Inspecting O-rings and screened vent ports for damage or blockages.
  • Releasing pressure, reinstalling components, and confirming tool readiness.

Testing ensures that the Titan PWP tool functions correctly, preventing wireline oilfield failures during perforating services and cased hole solutions operations.

Calculating Bottom Hole Pressure (BHP)

A crucial part of production logging services is calculating BHP based on fluid properties and depth. The formula I use is:

BHP = (DEPTH IN FEET) x (0.052) x (FLUID WEIGHT IN LBS/GAL)

For example:

  • Column of gas: 3500 ft × 0.052 × 0.02 = 70 psi
  • Column of fluid: 7600 ft × 0.052 × 8.5 = 3359 psi
  • Surface pressure: 1500 psi

Total BHP = Surface Pressure + Gas Column + Fluid Column = 4929 psi

Accurate BHP calculations prevent wireline pressure control equipment failures and improve cased hole logging service market efficiency.

Final Thoughts on Titan PWP Tools

For wireline companies and wireline service providers, Titan PWP tools are essential for pressure monitoring, downhole diagnostics, and formation evaluation. Their ability to provide real-time pressure and temperature data makes them invaluable for wireline perforating, production logging, and integrity wireline operations.

By following strict setup, calibration, and testing protocols, wireline business operations can maximize efficiency while minimizing risks associated with high-pressure perforation well jobs. These tools have saved me countless hours troubleshooting downhole issues, and when used correctly, they provide complete wireline solutions for even the most demanding oil field wireline projects.