Optimal Reservoirs is an international independent provider of industry leading, integrated solutions, from single well analysis to inclusive reservoir studies. We deliver ultimate answers to your reservoir.

Join Optimal Reservoirs, be part of our consulting network. We are committed to build and partner with the brightest minds in the industry, business and academia.

Teamwork allows us to be most effective for our clients but also provides the day-to-day mentoring and idea exchange. We are always interested in working with suitably qualified and experienced Geosciences and Petroleum Engineer professionals

If you have the rare combination of technical competency, deep experience, and passion for advising and instruct others, we would love to hear from you. Please sign up and complete the application below.

Location: Freedom to travel for short term work assignments is essential.

Task Description: Working in and supporting asset or study teams in the construction and maintenance of 3D geological models for field development, volumetric assessment and reservoir simulation, associated workflows and procedures, subsurface mapping, volumetric and reserves assessment and uncertainty analysis.

Education: Degree in Petroleum Engineering, Geosciences, Petroleum Geology, preferably with a relevant second higher degree.

Requirements: Minimum of 5-year experience required in the oil and gas industries as a geoscientist using computer modeling and mapping systems. Knowledge of modeling software. Experience in working in integrated teams desirable. A thorough command of the English language is a must and additional language skills could be useful.

Other Skills: Flexibility, enthusiastic, computer literate, team worker, communication skills.

 

 

Services include:

Geopressure analysis

include a high level of integration and expertise in seismic analysis, log analysis and well performance analysis. Our team can help you make better decisions

Basin scale modeling:

Understanding the pressure regimes in sedimentary basins. For Prospect Scale Prediction analysis: Understanding the hydrogeology and pressure regime of a prospect is critical to developing a clear picture of how fluids are migrating and being trapped in the prospect.

Determine the hydraulic behavior

To determine the hydraulic behavior of the geological system, and enhanced predict where hydrocarbons will migrate and be trapped, a 3D pressure map of the subsurface is integrated with hydrogeologic flow modeling

Pre-Drill Prediction of Reservoir Pressures:

The prediction of pore pressure and fracture gradient ahead of the drill bit is one of the most critical tasks in planning a well. Post-Drill Analysis: Analyze the results of each well as they are drilled.

Fault seal analysis:

 

We use stress field knowledge with fault mapping from seismic data to understand reservoir compartmentalization for improved production. Understanding stress helps you understand seal stress and pore-pressure control fault reactivation. Since reactivated faults tend to be permeable, stresses resolved on faults can control fault seal integrity, hydrocarbon migration, reservoir compartmentalization, and maximum hydrocarbon column heights.

Optimal Reservoirs is providing comprehensive solutions for reservoir problems. We provide management for clients’ projects from inception to completion, tackling the technical challenges to maximize production and reserves. Experienced reservoir engineers draw on our geophysical, Petrophysical and geological expertise as appropriate within the scope of each project.

Services include:

Services include:

Surface Mapping and Detailed Outcrop Analysis:

  • Processing of Formation Image, Dipmeter and/or Core Data
  • Basic Stratigraphic Borehole Image Analysis
  • Detailed Stratigraphic Borehole Image Analysis
  • 3D-Structure Analysis
  • 3D-Sedimentological Analysis
  •  

  • Advanced Structure Borehole Image Analysis

Services include:

Formation evaluation of reservoir rock and fluid contents

Accurate determination of Petrophysical properties for both the reservoir and its fluid contents including evaluate lithology, porosity, saturation, and permeability properties.

Cased Hole Log Interpretation

Interpretation pulsed-neutron, RST ,PLT and/or cement-bond logs......etc..

Low Resistivity, Low Contrast Pay

Locate and quantify any mobile hydrocarbons.

Reserves estimation