Pepco Group Lab Services

Pepco Group is a leading provider of laboratory services to the oil and gas industry. We offer a wide range of services to help our customers test and optimize their drilling fluids, cement slurries, and stimulation fluids.

Our team of experienced technicians and engineers is dedicated to providing our customers with the highest quality laboratory services. We use state-of-the-art equipment and the latest testing methods to ensure that your results are accurate and reliable.

How Pepco Group Lab Services can help you succeed

We understand that the success of your oil and gas operation depends on the performance of your drilling fluids, cement slurries, and stimulation fluids. That’s why we offer a wide range of laboratory services to help you test and optimize your Products.

Contact us today to learn more about our lab services and how we can help you succeed.

Our lab services can help you

  • Improve drilling performance and reduce drilling costs.
  • Prevent wellbore problems, such as instability and lost circulation.
  • Ensure the integrity of your wells.
  • Improve well productivity.
  • Increase the recovery of oil and gas from your reservoirs.

Contact us today to learn more about our lab services and how we can help you succeed.

Our lab is equipped with a variety of state-of-the-art equipment, including

  • Hole core flooding system.
  • Acidizing instrument.
  • Thickening time (lab and well site models) instrument.
  • U.C.A (compressive strength) instrument.
  • Fluid loss (HPHT) instrument.
  • Rheo-chann instrument.
  • Gel-strength instrument.
  • Rheometer with HTHP M5600.
  • RDA system reaction rate analysis.

Our services include

Drilling fluid testing

We offer a variety of services to test the performance of drilling fluids, including:

  • Rheology: We measure the viscosity and flow properties of drilling fluids. This information is used to ensure that drilling fluids have the correct properties for the specific drilling conditions.
  • Fluid loss: We measure the amount of fluid that is lost from the borehole during drilling. This information is used to prevent excessive fluid loss, which can lead to wellbore instability and other problems.
  • Chemistry: We analyze the chemical composition of drilling fluids. This information is used to ensure that drilling fluids are compatible with other fluids and materials used in the wellbore and to prevent corrosion and other problems.

Our services include

Cement slurry testing

We offer services to test the performance of cement slurries, including:

  • Rheology: We measure the viscosity and flow properties of cement slurries. This information is used to ensure that cement slurries can be pumped down the wellbore and placed properly around the casing.
  • Thickening time: We measure the time it takes for cement slurries to thicken. This information is used to ensure that cement slurries do not set too quickly or too slowly.
  • Compressive strength: We measure the strength of hardened cement. This information is used to ensure that cement can withstand the loads placed on it in the wellbore.

Our services include

Stimulation fluid testing

We offer services to test the performance of stimulation fluids, including:

  • Acidizing: We test the effectiveness of acid fluids in dissolving rocks. This information is used to design and optimize acidizing treatments to improve well productivity.
  • Fracturing: We test the ability of fluids to create fractures in rocks. This information is used to design and optimize fracturing treatments to improve well productivity.
  • Proppant placement: We test the ability of proppants to stay in place in fractures. This information is used to select the right proppants and design fracturing treatments that will keep the fractures open and improve well performance.

Our services include

Acid fracturing fluid testing

We offer a comprehensive range of laboratory services to test the performance of acid fracturing fluids, including:

  • Corrosion: We test the corrosiveness of acid fluids to metal surfaces. This information is used to select materials that are resistant to corrosion and to design fracturing treatments that minimize corrosion.
  • Compatibility: We test the compatibility of acid fluids with other fluids and materials. This information is used to prevent precipitation and other problems that can occur when incompatible fluids are mixed.
  • Reaction kinetics: We measure the rate at which acid fluids react with rocks. This information is used to design fracturing treatments that achieve the desired results in the shortest possible time.