Registered in England, 07329337
Reservoir Studies

BALMS Energy conducts reservoir simulation studies to examine primary, secondary and tertiary hydrocarbon recovery. We have experience in the application of simulation models to solving reservoir engineering problems.

In order to achieve a comprehensive understanding of oil and gas reservoir; adequate rock properties/ lithology, the petrophysics, reservoir fluids PVT analysis, well completions analysis, uncertainties and risk analysis and economic viability of the reservoir are included in the reservoir simulation studies. Calculations of pressure draw-down / build-up required for an effective reservoir management and full exploitation potentials are also carried-out.

Complex Reservoir Characterization

Complex hydrocarbon reservoir systems involving fractures and faults are characterized in a Computer-Aided-Design (CAD) geometric package and meshed using the most advanced finite-element mesher. Flow behaviour are then characterized and simulated to understand pattern and responses to dynamics of the whole system.

Reservoir Simulation

Our key strength is the ability to use state-of-the-art simulation technology to accurately and effectively model performance and predict behaviour of complex hydrocarbon reservoirs. Depending on the complexity of reservoir under surgery, appropriate modelling techniques are used to carry-out the simulation studies.

Natural Gas Engineering

BALMS Energy addresses problems specific to the gas field discovery, production and transportation. These services also include the design and specification of storage facilities including wells, base gas, gathering systems and compression required to meet the needs of gas distribution and pipeline companies. In addition to facility requirements, BALMS Energy has the experience necessary to design operational scenarios to meet the challenges of the ever-changing natural gas industry.

Sesmic-to-simulation

At BALMS Energy, we build static models from seismic data incorporating salient geological features. Uncertainty analysis, history matching and dynamic simulations are carried out to establish historical behaviour and predict future performance of hydrocarbon reservoirs.