Well Reservoir and Survelleince

Degeconek uses unique cased-hole technologies to deliver the best form of Reservoir Management and Asset Optimization to clients.

Degeconek employs state-of-the-art technology using High Resolution-tools, software
and interpretation techniques to deliver to clients. We are expert in designing and conducting integrated production optimization programmes including extensive borehole logging, comprehensive reservoir studies and simulations, production/injection pattern revision using newly drilled and converted wells and production/injection optimization for individual wells through recompletion and reservoir treatment.

The following summarize Degeconek tools with their benefits:

1. High Precision Temperature Tool (HPT) used to either identify, monitor, evaluate or verify the following:

• Zones of historical/current water production from a reservoir
• Cross flow between layers
• Channeling behind casing
• Bottom water drive
• Reservoir treatment efficiency
• Perforated and non-perforated reservoirs for possible workover   potentials.
• Well integrity investigations
• Injection/production profile in a short string screened by a long string.
• Injection volumes outside the logging interval in injection wells
• Input data into a 3-D simulation model

2. Spectral Noise Log Tool (SNL) used to either identify, monitor, evaluate or verify the following:

• Source of high annular pressure, especially due to gas percolation.
• Gas breakthrough
• Detect leaks in the wellbore
• Channeling behind casing
• Capture zones of mud circulation losses
• Active flow units behind casing in producers
• Active injection units behind casing.

3. Magnetic Imaging Defectoscope Tool (MID) used for the following:

• Investigate casing/tubing integrity due to metal losses
• Evaluate tubing and casing thickness
• Can be correlated with PLT to explain poor productivity or injectivity

4. PLT Tool

• Evaluate borehole multiphase profile.
• Evaluate flow contribution from the open perforation

Deliverables to clients:

- Enhancing production.
- Increasing ultimate recovery.
- Improve Reservoir Development strategies.
- Increase efficiency of pressure maintenance