Blade has conducted fit for purpose studies ranging from single-well (or sector) simulations for valuation and forecasting performance to preliminary field appraisal and development. We integrate reservoir management with financial performance using novel mathematical techniques to make optimal decisions that enhance asset value over their life cycle.
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| Basic Reservoir Engineering
Fluid characterization
Special core analysis
Well test planning, on-site monitoring and interpretation
Well nodal analysis
Horizontal and multi-lateral well studies
Rich and lean gas detailed compositional analysis
Gas injection into volatile oil detailed analysis
Hydrocarbon resource and reserve estimation
Single well analytical models for special studies
Rate transient analsis (RTA)
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Reservoir Simulation
Gas storage feasibility studies
History matching and performance prediction
Carbon sequestration
Geothermal applications
Black oil, compositional and thermal studies
Tight gas reservoir development
EOR studies including N2 injection
Special studies for underbalanced drilling
Special studies for optimal well design
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Tools
UBD PIE Blade’s proprietary tool to predict productivity enhancement of UBD wells over conventional wells. Has more than 200+ observations of UBD wells with 79 sets being used for statistical updating.
eRes Simulator Blade’s proprietary multiphase unstructured grid Reservoir simulator. Capable of accurately modeling heterogeneity and grids can be refined from almost core scale to large block scale.
Formation Damage Modeling (eDAMS) Modeling extent and degree of damage during overbalanced drilling (OBD) operations.
Well Prospector Tool to identify optimal well locations. Accounts for: (i) Reservoir heterogeneities (faults, fractures, permeability, porosity)
Other Tools FAST (Fekete rate transient analysis), WellFlo7 (Neotech), Apprentice/Merlin (reservoir simulator), OptQuest, AIMMS (Solvers). |
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To find out more about what we can do for you regarding reservoir engineering and asset optimization, please contact: reservoir@blade-energy.com.
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