Seismic Interpretation
Our Geophysicists have experience working on many global basins and are comfortably equipped to interpret both 2D & 3D seismic line sections using the latest software. The accuracy of the interpreted field structure from seismic interpretation heavily depends on an accurate estimation of the levels of hydrocarbon initially in place. Hence, it is crucial to precisely map subsurface structure when analysing seismic lines.


Geo Models
With Geologists well versed in both exploration and development projects, we can provide technical expertise to your static model creation. They are comfortable working flexibly within integrated teams including Geophysicists, Petrophysicists and Reservoir Engineers, proving to be an invaluable addition and requiring relatively minimal integration times and ensuring cost effectiveness.
Petrophysics Analysis
We are able to provide a number of core and log analysis studies, including: Core data analysis, multi-well and multi-zone log analysis, porosity-permeability transformation, shale sand analysis, sandstone and carbonate analysis, construction of Petrophysics models on well/field scale basis and log digitising.


Numerical Simulation
Reservoir simulation a powerful tool which can be utilised for the estimation of hydrocarbons initially in place, the recovery factor, recoverable reserves and the prediction of production rates under various development scenarios. Our reservoir engineers have extensive experience working on integrated reservoir studies involving detailed history matching as well as production forecasting using both black oil and compositional simulators.
Production Optimisation
Production optimisation services we offer can be tailored to your requirements. These range from detailed studies of single well completion performance, artificial lift and full field analytical optimisation solutions, using commercial software such as OFM™. Studies may include both surface and subsurface system optimisations.


Development Plan
Development planning is important process in the transition from discovery to production phases in the life of any field. It is the mechanism that takes reservoir simulation depletion scenarios and couples them with well designs and production process options. Our consultants have worked on multi-development scenarios, delivering outline schedules of costs and production profiles which can then be used in economic analyses to determine the most appropriate development solution.
Project Management
Reservoir management can be applied as an effective tool to bridge the fields of Petroleum Reservoir Engineering and Geology in order to control reservoir performance throughout the life of a field. It is essential to manage your reservoir through cost-effective measures that help you maximise production from mature fields and accelerate recovery from newly developed fields. Reservoir management techniques such as water flooding using remote sensors can aid in ultimately increasing recovery from a field. Our engineers have the necessary skills to improve your bottom line.


Economic Evaluation
Using economic techniques, we can evaluate your oil and gas assets based on production profiles and costs. We can estimate the net present value of your projects together with internal rate of return and profit to investment ratio, amongst other economic indicators, providing you with a complete picture of profits.
Uncertainty Analysis
Many reservoir rock and fluid measurements are indirect or based on assumptions using analogue examples. It is crucial to prove the validity of a single measurement from a well with respect to areas away from and between wells. Complex underground geological settings are associated with large degree of uncertainty that must be managed through the life of any oil or gas field. Our consultants are capable of managing this unpredictability, performing uncertainty analysis on various reservoir parameters.


Drill Engineering
We can aid in the development of a workflow for the drilling of production and injection wells including vertical, deviated and horizontal wells in addition to delineation and exploration wells. The drilling and completion programs for each well will be developed utilising the appropriate modern technology.