The acquisition system consists of a computer, data acquisition panel and remote displays. The remote displays can be configured to display any parameters the user requires.

Continuous Real Time Monitoring of:

• Pump Parameters

• Hook Load, Block Travel

• Rotary Torque / ROP

• Return Flow

• Mud Temperature In/Out

• Mud Density In/Out

• Pit Levels

Mud Logging

• The Mud logging unit has all equipment necessary for washing / drying and preparing samples for analysis and storage.
• Samples are analyzed using a binocular microscope and a fluoroscope for quick look analysis for hydro carbons.
• Digital microscopic images of the samples will be captured for presentation on the final well report.
• A complete set of chemicals and the appropriate glassware, sample trays, sample bags etc. will be available on site to enable proper sample analysis and handling.
• Sample Storage and analysis
• Microscopic Lithology Identification
• Fluoroscope
• Gas Detection

APPLICATION

• Analysis of C1-C5 Hydrocarbons (Methane, Ethane, Propane, Butanes, and Pentanes) including Propylene

Features

• Detection limit of <10ppm as Methane
• Fast analysis <60 seconds
• Continuous unattended operation, operates with or without a computer
• Automatic baseline adjustment for long-term stability
• Local and remote calibration
• Automatic FID ignition
• Automatic Hydrogen & Combustion Air shutoff for maximum safety
• Analog output ranges are user selectable
• Concentration and diagnostic alarm relays
• Outputs include digital, user definable analog and user definable logic
• Onboard short-term data storage

Gamma/CCL

This is a critical instrument for evaluating the integrity of cased wells.

• Accurate Data Collection: Delivers precise collar measurements and high-quality gamma ray readings.
• Robust Design: Built with high sensitivity and durability to ensure reliable performance in challenging conditions.
• Comprehensive Applications: Facilitates effective formation evaluation during both drilling and production phases.
• Enhanced Safety and Performance: Contributes to improved well integrity, operational efficiency, and safety.

Cement Evaluation

• Our Cement Evaluation Services ensure the integrity and reliability of cementing operations, critical for well security and performance.
• Cement Bond Log (CBL): Accurately assesses the bond between casing and formation, providing insights into cement quality and effectiveness.
• Radial Bond Tool (RBT): Delivers 360° analysis of cement strength, identifying weak zones to prevent leaks or casing failures.

Production Logging

• Production logging tools play a vital role in evaluating well performance and optimizing reservoir management during production operations.
• Flow Rate Measurement: Accurately track oil, gas, and water flow rates to analyze reservoir behavior.
• Integrated Sensors: Monitor wellbore conditions with advanced temperature and pressure sensors.
• Phase Identification: Distinguish between oil, gas, and water phases to manage water production and enhance hydrocarbon recovery.
• Enhanced Productivity: Enable operators to maximize resource allocation and improve long-term production efficiency.

Multifinger Imaging Tool


High-Resolution Sensors: Equipped with 24 or 40 fingers for accurate internal radius measurements, detecting micro-cracks, corrosion, and wear.

Comprehensive Logging: Enables deep logging through tubing for thorough evaluation of critical wellbore sections.

Integrated Analysis: When paired with temperature logging, identifies and locates anomalies, improving well management and safety.

Trusted Technology: Utilizes tools from leading manufacturers like Sondex and Gowell Company for reliable results.

Setting Tools

• The PST-C 360 Setting Tool is an electro-hydraulic device designed for efficient completion operations in the oil and gas industry.
• Installs bridge plugs, packers, straddles, and cement retainers without hydrostatic pressure or explosives.
• Delivers 60,000 lbs of setting force, operating under pressures up to 30,000 kg-f (66,138 lbs-f).
• Features a 9.5-inch maximum opening, corrosion resistance, low maintenance, and quick manual reset.
• Powered by the Pantera Power Supply for precise hydraulic operation and safety shear screws to prevent premature setting.

INTERPRETATION


Cased Hole Interpretation

The Cased Hole Interpretation methods are vital for assessing well integrity and performance.

• They offer detailed information on production rates, pressure profiles, and mechanical integrity.
• Specialized tools measure fluid flow and identify potential issues within the casing.
• These methods support effective management of water cut and well remediation efforts.
• Cased Hole Interpretation enhances operational efficiency and safety in completed wells.

Open Hole Interpretation

• The Open Hole Interpretation techniques are crucial for evaluating subsurface formations.

• They provide insights into porosity, fluid saturation, and lithology.

• These techniques utilize advanced logging tools to deliver accurate formation data.

• Real-time analysis aids in optimizing well placement and production strategies.

• Open Hole Interpretation enhances reservoir characterization and decision-making.

OPEN HOLE

Resistivity Tool

Phased Induction Tool (PIT): 

This versatile tool operates effectively in various drilling fluids, including air and low-salinity salt mud systems. It accurately measures formation resistivity, helping to identify potential hydrocarbon zones and differentiate between fluid-filled and solid formations.

Dual Laterolog (DLT):

Designed for high-salinity environments, the DLT provides precise resistivity assessments in challenging conditions. Its dual measurements offer insights into resistivity at multiple depths, aiding in the differentiation of water-saturated and hydrocarbon-saturated zones.

Both tools can be integrated with other logging instruments, enhancing data interpretation and enabling informed decisions on well completion and production strategies.

Gamma Ray

• Open Hole Gamma Ray (GR) logging is a crucial tool for formation evaluation in the oil and gas industry. It measures natural gamma radiation emitted from formations, aiding geologists in lithology identification and estimating shale volume.
• GR logs distinguish between shale-rich and clean reservoirs, identify reservoir zones, and assist in facies analysis and stratigraphic correlation.
• This non-intrusive, versatile technique provides real-time data that supports informed decision-making regarding hydrocarbon potential and field development planning.
• Overall, Gamma Ray logging enhances understanding of subsurface formations, facilitating effective exploration and production strategies.

Neutron Density Tool

• The Density and Neutron tools are vital logging instruments in petrophysics, providing comprehensive insights into formation porosity and fluid content.
• The Density Tool measures bulk density through gamma ray emissions, allowing for lithology identification and porosity calculations.
• Meanwhile, the Neutron Tool estimates porosity by detecting hydrogen atoms, making it sensitive to fluid-filled pores, which aids in identifying hydrocarbons.
• Together, these tools are used in a Density-Neutron Crossplot to differentiate fluid types and lithologies, enhancing formation characterization.
• Their combined data is essential for optimizing hydrocarbon production strategies and identifying productive zones

Sonic and Acoustic

• Sonic and Acoustic logs provide critical data on formation characteristics essential for reservoir evaluation.
• The Sonic Log measures acoustic wave travel time, offering insights into formation porosity and aiding in lithology differentiation by assessing wave speeds through various rock types.
• The Acoustic Log captures compressional, shear, and Stoneley waves to evaluate formation rigidity, permeability, and fluid mobility, key for assessing rock stability and fracture potential.
• These logs help operators identify productive zones, optimize well planning, and enhance completion strategies by providing a comprehensive understanding of formation properties.

Caliper

• The Four-Armed Caliper is an advanced logging device focused on delivering precise borehole geometry measurements.
• Utilizes independent arms to capture X and Y dimensions, providing a detailed view of borehole shape and potential irregularities.
• Particularly beneficial for identifying deviations that could impact drilling stability or tool placement.
• Delivers accurate borehole profiles, allowing operators to optimize well planning and enhance completion strategies.

PIPE RECOVERY

• Our advanced pipe recovery solutions are designed to maximize tubular recovery ans minimize downtime.
• Our specialized tools include the free point indicator to locate stuck pipes and the String Shot Back Off for safe pipe disconnection.
• With Circulating Charges and the Radial Cutting Torch, we ensure efficient debris clearing and precise radial cuts.
• The Split Shot Cutter and Jet Cutter provide multiple and high-pressure cuts, ideal for complex recoveries.
• Enersol's commitment to safety and precision supports effective pipe recivery, ensuring seamless operations and customer satisfaction.