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Advanced
Features:
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STARS is CMG's advanced
processes simulator for modelling the flow of three-phase,
multi-component fluids. It enables you to model with or without
dispersed solids, through complex geological formations, including
naturally or hydraulically fractured.
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STARS, a comprehensive
numerical simulation tool, can be used to model compositional,
steam, geomechanical (fracturing, compaction, rock failure),
dispersed component (polymers, gels, fines, emulsions, foams), and
in-situ combustion processes.
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STARS incorporates a
unique discretized wellbore option which allows improved modelling
of horizontal wells, while investigating the merits of the SAGD or
Single Well SAGD recovery processes.
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STARS simulates a variety
of complex oilfield production and enhancement processes beyond the
capabilities of conventional black oil and compositional simulators.
Whether you're dealing with field scale, pilots, elements of symmetry,
or laboratory scale projects, STARS will effectively model:
- the in-situ generation and flow of
emulsions and foams (including foamy oils),
- the in-situ precipitation of waxes
and asphaltenes,
- wellbore treatment procedures to manage
the injection of chemical additives, and
- Enhanced Oil Recovery (EOR) processes.
STARS is an essential tool
for engineers in the field and in the lab. STARS is also an
indispensable
tool for petroleum managers who are dedicated to significantly increasing
their production efficiencies. CMG's STARS simulator leads the way in
steam, thermal, and advanced processes simulation.
STARS can be run on
multiple operating systems. In addition, full inter-operability among platforms
is supported, allowing a job to be run on one platform and be viewed or
restarted on another.
STARS Supports the
following Operating Systems:
 Stars
Fact Sheet
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