Rock Compressibility Systems
Precise reservoir simulation for
accurate understanding of rock
and fluid flow behavior
Robust features for every testing need
Industry leading core holder design and components.
Contact us for more information
We know that not all users need the same system, and the DCI rock compressibility system can be configured with the options that fit your testing requirements. Contact us so we can help you decide what features best fit your needs.
|Example of a Rock Compressibility System Specification
|(Many sample sizes and pressures available, contact us for specific details)|
|Diameter:||1" & 1.5"|
|Rated Lateral Stress:||10,000 psi|
|Rated Axial Stress:||10,000 psi|
|Rated Pore Pressure:||10,000 psi|
|Wetted Material:||Hastelloy or 316SS|
|Load Cell:||20,000lbs / 1.0% FS|
|Axial Strain:||15% Sample Length / 1.0% FS|
|Lateral Strain:||10% Sample Diameter / 1.0% FS|
The rock compressibility system is made up of a number of components that are integrated into a single system. We know that not all users need the same system, and the DCI rock compressibility system can be configured with the options that fit your testing requirements. Each aspect of the equipment can be configured to meet your needs. These components include:
The core holders for these types of systems are generally triaxial type, but can also be hydrostatic or hassler. All core holders are designed to be compatible with in-vessel instrumentation.
The heart of this system is DCI VPA syringe pumps. The VPA syringe pump utilizes an industry leading actuator servo motor to move the piston. The servo motor allows very precise control of the syringe pump piston. An encoder provides exact position feedback of the servo motor, allowing the volume of the fluid displaced or received by the syringe pump to be known very precisely (the encoder resolution for volume measurement is less than 1 nano liter). The VPA also provides precise pressure control of the pore pressure in the sample.
Pressure is typically provided by a VPA syringe pump. This allows automatic lateral pressure control. With automatic pressure control the software can be easily setup to run programed stress profiles. Feedback from lateral strain instrumentation is also measured by the VPA syringe pump giving it the ability to control pressure to meet a user settable lateral strain target. Other options for lateral pressure control are available, contact us for more details.
Pressure is typically provided by a VPA syringe pump. This allows automatic axial pressure control. VPA syringe pump measures and controls pressure based on feedback from an in-vessel load cell. This eliminates error from seal friction and other factors that may not give accurate axial load. Other options for axial pressure control are available, contact us for more details.
In-vessel instrumentation includes lateral strain transducers, axial strain transducers and axial load cell. Each instrument is factory calibrated and designed for the most accurate measurements possible.
Simulating reservoir conditions is important. Each system is equipped with a heating system that can be configured differently depending on options and testing needs. Contact us for more
Software is the brain of the system and makes for easy setup and control. In software the users can setup a test, create test profiles and record data/view data.
Bulk Volume/Pore Volume Rock Compressibility System
Rock Compressibility System Sample Instrumentation
Rock Compressibility System Electronics
Rock Compressibility System Electronics2
Rock Compressibility System Electronics3
Rock Compressibility System User Interface Test Profile
Rock Compressibility System User Interface
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