Multicell Porosity & Permeability Rigs
Multi-Cell Permeability Measurement SystemAn advanced automated core analysis platform for accurate evaluation of fluid flow behavior in reservoir rock samples under simulated in-situ conditions. Features eight independently controlled core holders rated up to 10,000 psi confining pressure for simultaneous permeability testing with exceptional precision and repeatability.
8 CellsIndependent Core Holders
10,000 psiConfining Pressure
0.0001 mL/minMin Flow Rate
AutomatedMulti-Cell Testing
Routine Core Analysis
Absolute Permeability Measurement
Reservoir Rock Characterization
Stress-Dependent Permeability
High-Throughput Core Analysis
Rock-Fluid Interaction Studies
Mean Effective Stress Testing
Sequential Permeability Testing
- Eight independently operated quick-load core holders for sequential permeability testing
- Designed for 1.5 in. diameter core samples up to 4-inch length
- Confining pressure capability up to 10,000 psi
- Precision flow control with flow rates from 0.0001 mL/min to 15 mL/min
- 3x Integrated differential pressure measurement: 0–5 psi, 0–100 psi, and 0–1000 psi transducers
- Fully integrated rack-mounted control and monitoring system
- High-speed Data Acquisition (DAQ) system for real-time monitoring and control
- Automated process control software with intuitive graphical user interface (GUI)
- Real-time visualization and permeability data analysis
- Optimized for accurate low and high-permeability measurements
- Reliable and repeatable experimental data acquisition for reservoir characterization
- Wetted components constructed from stainless steel (Hastelloy configuration available for corrosive fluids)
- 8x Quick-Load Permeability Vessels
- Confining pump: 10,000 psi high-accuracy positive displacement pump
- Pore pumps: 30 mL dual injection with pulse-free switching and ceramic/Hastelloy wetted components
- Three differential pressure transducers for high-resolution DP monitoring
- Two brine transfer vessels with integrated limit switches and automated vessel switching
| Core Holders | |
| Number of cells | 8 (independently operated) |
| Sample diameter | 1.5 in. |
| Max sample length | 4 in. |
| Confining pressure | 10,000 psi |
| High-temperature option | Available |
| Flow Control | |
| Flow rate range | 0.0001 mL/min to 15 mL/min |
| Confining pump | 10,000 psi positive displacement |
| Pore pumps | 30 mL dual injection, pulse-free switching |
| Wetted materials | Stainless Steel (Hastelloy optional) |
| Differential Pressure Measurement | |
| DP transducer 1 | 0–5 psi |
| DP transducer 2 | 0–100 psi |
| DP transducer 3 | 0–1,000 psi |
| DP isolation | Automated isolation valves |
| Sample Management & Control | |
| Batch capacity | Up to 500 samples per project |
| Batch control | Master Sheet based |
| Valve system | Automated pneumatic |
| DP protection | User-defined limits with auto-switching |
MR-PermFlow Automation Software
- Fully automated permeability testing and experiment control
- Real-time permeability calculation
- Automated line filling and air purge verification
- Automated sample flushing and stabilization with acceptance criteria
- Real-time monitoring of pressure, flow rate, Mean Effective Stress, and differential pressure
- Integrated PID pressure and flow control
- Automated confining pressure, mean effective stress, and back pressure regulation
- Differential pressure stabilization and acceptance criteria
- Real-time temperature-corrected viscosity calculation
- Advanced graphical visualization and real-time trend monitoring
- Curve fitting and data analysis tools for interpretation
- CSV-based project import and export functionality
- Automated experiment configuration through Master Sheet integration
Core Analysis & Reservoir Studies
- Routine Core Analysis permeability testing
- Absolute permeability measurement of core samples
- Reservoir rock characterization studies
- Stress-dependent permeability investigations
- High-throughput automated core analysis laboratories
Safety Features
- Automated pressure monitoring and protection systems
- Integrated safety limits on all pressure channels
- Safe automated pressure venting procedures
- User-defined maximum differential pressure protection
- Secure Admin and Operator access control levels
- Automated valve sequencing for safe operation
- UPS support for system protection
- Designed to minimize operator intervention and operational risk
- Automated transition between test stages for improved operational safety
General Assembly
Quick-Load Core Holder
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