
SiteLark aspires
to empower engineers with a host of cost-effective yet useful
petroleum engineering tools that are typically used for day-to-day
reservoir engineering tasks. Reservoir
software available in the market mostly caters to two groups
of users. On one hand, well testing software (analytic/semi-analytic)
helps analysts determine the type of the reservoir (single
or double-porosity), type of boundaries (faults, aquifers
etc.), reservoir and wellbore properties etc. However, this
is typically achieved in a single phase setting.
On the other hand, there are full-blown reservoir
simulators that can handle any level of sophistication in
terms of type of fluids, reservoir heterogeneity, wellbore
and surface constraints, drive and phase behavior mechanisms.
Unfortunately, not only these products are expensive, they
also demand a high level of expertise to run them. Moreover,
in many instances the simulator seems to be an overkill for
the problem at hand. SiteLark’s proprietary tools are strategically
placed to bridge this gap.
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GREAT
(Gas Reservoir Engineering Application
Toolkit)
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Excel-based complete set of gas reservoir engineering modules
p/z
Hurst-Everdingen water influx calculation
gas sampling and phase behavior
,
gas injection, gas deliverability prediction
single-phase gas simulator
Contact us to learn
more
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WFlood |
• Two-phase phase oil-water reservoir simulator
• Spatially variable properties on a fixed grid
• Generate stochastic permeability field
• Model aquifer as constant pressure boundary
• Fully implicit and CVFE formulation
• Impose variable rate conditions using "Flush Well Recurrent
Data" button
• Output well rates, pressures and grid output
• Easy to use framework Contact us to learn
more
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Free Applets |
• Compute pressure profiles in an oil reservoir with multiple
production wells.
• Compute pressure profiles in a gas reservoir with multiple
production wells.
• Compute pressure and saturation profiles for an oil reservoir
undergoing water flooding with multiple production and injection
wells.
• Compute pressure and saturation profiles for an oil reservoir
undergoing water flooding with multiple production and injection
wells (cross sectional view).
learn
more
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