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| Software Summary |
| Superior engineers are equipped with state-of-the-art software: |
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Stimulation Software |
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Coiled Tubing Modeling Software |
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Hydraulics Simulator Software |
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Cementing Software |
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Coiled Tubing Software
Superior engineers are equipped with state of the art software to provide comprehensive technical support for coiled tubing operations
where jobs are designed to optimize the performance of CT string or to design the most appropriate string for a given job using the
following models: |
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CT forces and buckling:
calculates drag and helical buckling, determine the maximum setdown weight and overpull at a specified depth,
and estimate the surface weight as the tubing runs in and out of the well. |
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CT operating limits:
calculates the tubing burst and collapse operating pressures and maximum axial forces. |
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CT hydraulic performance:
calculates and monitor the pressure and flow rate of fluids at any location in the tubing and wellbore. |
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CT fatigue management:
use Reel-Track with a sophisticated fatigue model to design jobs in a way that will prolong the useful life of
the tubing string. |
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| Stimulation Software |
Superior Stimulation Software is specifically designed to provide our engineers with a comprehensive set of tools for matrix acidizing
planning and analysis. Practical utilization of actual treatment data offers engineers much better understanding of their well’s response
and reflects the reality of what is occurring in the reservoir before, during and after acid treatments. Using the following models:
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Acidizing Simulation Model allows planning, analysis and history matching. The real-data analysis may be conducted either in realtime
during the treatment or later after the treatment. The objective of real-data analysis is to gain a better understanding of reservoir
and wellbore during and after treatment. |
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Acidizing Design Model is used to design the proper type and size of pumping schedule for the specific reservoir conditions found
in the reservoir of interest. |
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Reservoir Simulation Model predicts or history matches the production behavior of fractures or non fractured wells. This mode
transposes information from its acidizing models to a reservoir simulator where the effects of changing skin on well productivity are
modeled. This is essential for evaluating success of past treatments and relevant economics of future treatments. |
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| Cementing Software |
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Cem tool:
Assists engineers in calculations of volumes, pressure, material required for cementing operations. This eliminates time-consuming
tasks and error’s in performing the calculations and raises the quality of work. |
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Cementing model:
Superior engineers will perform quickly the design of cement jobs using the advanced engineering features and animated flow
visualization of the software to accurately model the cement placement by addressing the U-tubing phenomena, dynamic pressures,
equivalent circulating densities (ECD’s) and formation breakdown pressures. |
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