Wireline Logging & Perforation Services

    Wireline logging services are an important part of the oil and gas industry, as they provide valuable information that helps companies optimize the exploration and production of oil and gas reserves.
    This information is used to help oil and gas companies understand the potential productivity of a reservoir and to optimize the extraction process.

Solutions

  • High Shot Density (HSD) /Casing Perforations.
  • Cement Bond Logs (CBL).
  • Through Tubing Perforations.
  • Casing Perforations.
  • Tubing/Casing Punchers.
  • Through Tubing Positive Seal Plugs.
  • Cement Dump With Bailers.
  • Pipe Recovery Services: Free Point Indicator Tool.
  • Backoff, Cutters, Colliding Tools, Split Shots.
  • Pressure Control Equipment.
  • Gamma-Ray/CCL Correlation Logs.
  • Baker Setting Tool (BST) Plug Setting
  • Magnetic Orienting Perforation Application (MOT)
  • Smart Blaster Services
  • Production Logging Services (PLT)
  • Multi Finger Caliper Operations

Equipments & Resources

  • Wireline Logging Units Equipped With different sized E.Line Cables
  • Wireline Logging Trucks Equipped With different sized E.Line Cables
  • Power Generating Equipments.
  • Air Compressors.
  • Pressure Control Equipments for Cased Hole Services.

Well Testing

   Well test is the execution of a set of planned data acquisition activities. The acquired data is analyzed to broaden the knowledge and increase the understanding of the hydrocarbon properties therein and characteristics of the underground reservoir where the hydrocarbons are trapped.
   The test will also provide information about the state of the particular well used to collect data.

Solutions

  • Flow back service.
  • MRT - Multi Rate Test
  • Clean up.

Equipments & Resources

  • SSV
  • Gas Diverter
  • Oil Manifold
  • ESD Panel.
  • Sand Filter.
  • Choke manifold.
  • Steam exchanger.
  • Test Separator
  • Surge Tank
  • Steam Generator
  • Transfer pump

DST/TCP

   Tubing Conveyed Perforation (TCP) is a technique used in the oil and gas industry to create perforations in the walls of a well bore in order to allow the flow of oil or gas from the surrounding reservoir into the well.
   TCP is used when it is not possible or practical to create perforations using other methods, such as wireline or coiled tubing.

Solutions

  • Planning and preparation.
  • Running the tubing string.
  • Activating the TCP gun.
  • Removing the tubing string.
  • Completing the well.
  • Monitoring and maintenance.

Equipments & Resources

  • TCP gun.
  • Tubing string.
  • TCP cable.
  • Control panel.
  • Pump truck.
  • Blowout preventer (BOP).

Gravel Pack

   Gravel packing is a technique used in oil and gas production to stabilize and strengthen the wellbore and prevent the migration of sand and other particles into the well.
   Gravel packing is often used in conjunction with other well completion techniques, such as perforation and fracturing, to increase the productivity of the well. It can be performed either during the initial completion of the well or as part of a remediation or enhancement effort later in the life of the well.

Solutions

  • Preparation and cleaning of the wellbore: This may involve removing any debris or other obstructions from the wellbore to create a clean surface for the gravel pack to be installed.
  • Placement of the gravel pack: The gravel mixture is placed around the outside of the well casing, typically using specialized equipment such as a gravel packer.
  • Compact the gravel pack: The gravel pack is compacted to ensure that it is tightly packed and provides an effective filter for the well.
  • Perforate the casing: Small holes may be made in the casing to allow the reservoir fluids to flow into the wellbore.
  • Pressure testing: The well may be pressure tested to ensure that it is sealed and that the gravel pack is effective at preventing the migration of solids into the wellbore.
  • Completion and production: Once the gravel packing is complete, the well is ready for production and the oil or gas can be extracted.

Equipments & Resources

  • Gravel pack sand: This is the main component of a gravel pack and is typically made of a durable, angular sand with a specific size range.
  • Gravel pack screen: This is a perforated metal tube that is placed in the wellbore to support the gravel pack sand and allow the flow of oil or gas.
  • Gravel pack fluid: This is a slurry of water, bentonite, and other additives that is used to transport the gravel pack sand downhole and place it around the screen.
  • Gravel pack head: This is a device that is used to mix the gravel pack fluid and control the flow of the slurry downhole.
  • Pumping equipment: This may include a blender, a high-pressure pump, and hoses and fittings to transport the gravel pack fluid downhole.
  • Surface equipment: This may include tanks, pipes, and valves to store and handle the gravel pack fluid at the surface.
  • Downhole tools: This may include wireline or coiled tubing equipment to run the gravel pack screen and other downhole tools into the well.
  • Monitoring equipment: This may include pressure gauges and other instruments to monitor the flow of the gravel pack fluid and ensure that it is placed correctly around the screen.

Completions

   Completions is the process of preparing a well for production after drilling is completed.
   This may involve Running casing and cementing, Perforating the casing, Installing production equipment, Testing the well etc.

Solutions

  • Running casing and cementing: This involves installing a large pipe (casing) into the wellbore to provide structural support and sealing the space between the casing and the wellbore with cement.
  • Perforating the casing: This involves creating holes in the casing at the point where oil or natural gas is expected to be found, allowing the hydrocarbons to flow through the casing and up to the surface.
  • Installing production equipment: This may include installing a production tree (a valve system used to control the flow of oil or natural gas from the well), a separator (a device used to separate oil, gas, and water), and other equipment needed to produce and transport the oil or natural gas.
  • Testing the well: This involves conducting tests to ensure that the well is producing oil or natural gas at an acceptable rate and that all of the equipment is functioning properly.
  • Stimulating the well: This may involve injecting fluids or other substances into the well to increase the flow of oil or natural gas.
  • Plugging and abandoning the well: If a well is no longer producing oil or natural gas, it may be plugged and abandoned to prevent any environmental damage or contamination.
  • Repairing or maintaining the well: If a well requires repair or maintenance, it may be taken offline temporarily for these purposes.

Equipments & Resources

  • Casing and cementing equipment
  • Packer and bridge plug
  • Sand control equipment
  • Wellhead and Christmas tree equipment
  • Downhole tools
  • Stimulation equipment
  • Production and flow control equipment
  • Monitoring and measuring equipmen

WellHead Engineering

    Wellhead engineering involves the design, selection, and installation of the wellhead and related equipment at the surface of an oil or gas well..
   The wellhead is a critical component of an oil or gas well, as it must be able to withstand the forces and pressures that are exerted on it during the drilling, production, and maintenance of the well.

Solutions

  • Designing and installing wellhead equipment, such as casing, tubing, and blowout preventers, to ensure the well is safely and efficiently completed.
  • Conducting well integrity assessments to ensure the well is operating safely and efficiently.
  • Performing maintenance and repairs on wellhead equipment as needed.
  • Implementing safety measures to protect workers and the environment.
  • Managing and coordinating the drilling, completion, and production activities at the wellsite.
  • Ensuring compliance with regulatory requirements and industry standards.
  • Providing technical support and expertise to the field teams responsible for operating the well.

Equipments & Resources

  • Blowout preventers (BOPs)
  • Casing
  • Tubing
  • Christmas tree
  • Drilling rig
  • Production facilities
  • Safety equipment
  • Maintenance and repair tools

Corrossion Monitoring

   This is the process of monitoring and measuring the corrosion of metal components in a well, such as pipes, casings, and other infrastructure.
    This information can be used to determine the need for maintenance or repair, and to develop strategies for preventing or mitigating corrosion.

Solutions

  • Corrosion rate measurement
  • Corrosion potential measurement
  • Non-destructive testing:
  • Corrosion mapping
  • Corrosion monitoring equipment installation and maintenance
  • Data analysis

Equipments & Resources

  • Corrosion probes and sensors
  • Electrodes
  • Non-destructive testing equipment
  • Data loggers
  • Corrosion mapping software
  • Calibration equipment

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