High Temperature Amott Cells
Advanced Acoustic Imbibition & Wettability SystemAn advanced laboratory platform for precise spontaneous and forced imbibition studies under simulated reservoir conditions. Combines automated fluid injection, real-time acoustic monitoring, and advanced pressure control for accurate evaluation of rock-fluid interactions, wettability behavior, and fluid displacement dynamics.
4 CellsIndependent Amott Cells
100 psiCell Operating Pressure
90°CMax Temperature
Multi-ModeUltrasonic Detection
Spontaneous Imbibition
Forced Imbibition
Drainage Experiments
Wettability Characterization
Rock-Fluid Interaction Studies
Fluid Saturation Monitoring
Acoustic Velocity Measurement
Reservoir Characterization
- Advanced acoustic imbibition and drainage measurement system
- Integrated pneumatic vibrator prevents fluid droplet adhesion for improved measurement accuracy
- Real-time ultrasonic monitoring during fluid displacement
- High-precision pneumatic pressure control system
- Real-time first arrival time detection and analysis
- Automated gate window configuration for signal processing
- Continuous fluid velocity and saturation monitoring
- Integrated oven system for elevated temperature experiments
- Automated data logging and experiment control
- Real-time signal filtering and optimization tools
- Multi-mode ultrasonic detection: edge, peak, and ultrasonic modes for accurate first-arrival time analysis
- Positive, negative, and combined polarity signal processing capability
- Compact, standalone laboratory-focused system architecture
- Reduced operator intervention through software automation
| Amott Cell System | |
| Number of cells | 4 (independently controlled) |
| Cell operating pressure | 100 psi |
| Maximum temperature | 90°C |
| Pressure control | Independent per cell |
| Fluid injection | Independent per cell |
| Acoustic Measurement System | |
| Acquisition type | High-speed ultrasonic |
| Signal analysis | Real-time pulse-echo |
| First arrival detection | Automated |
| Gain control | Adjustable |
| Filtering | Advanced bandpass and frequency |
| Velocity measurement | Real-time |
| Waveform averaging | Multiple modes |
| Pressure & Fluid Control | |
| Injection type | Precision pneumatic injection pumps |
| Imbibition operation | Spontaneous and forced |
| Pressure ramping | Automated stabilization |
| Fluid transfer vessels | Integrated oil and brine |
| Thermal System | |
| Oven type | Binder laboratory oven |
| Temperature control | Stable and uniform |
| Maximum temperature | 90°C |
MR-Acoustics™ Software Platform
- PID-controlled pressure automation
- Real-time monitoring of pressure, temperature, and acoustic channels
- Real-time ultrasonic signal acquisition and monitoring
- Automated first arrival time picking capability
- Real-time fluid level calculation and visualization
- Gate-based waveform detection and signal tracking
- Adjustable filtering and waveform optimization tools
- Automated experiment setup and data logging
- Graphical waveform visualization and analysis
- Compression and averaging modes for signal enhancement
- Data fitting and graphical interpretation tools
Wettability & Imbibition Testing
- Spontaneous and forced drainage or imbibition experiments
- Wettability characterization
Rock Physics & Reservoir Studies
- Rock-fluid interaction studies
- Fluid saturation monitoring
- Reservoir characterization workflows
Safety Features
- Automated pressure regulation and monitoring
- Integrated software-based pressure limits on all channels
- Real-time system status monitoring
- Controlled temperature management with oven monitoring
- Reduced operator exposure during long-duration testing
- UPS (Uninterruptible Power Supply) support
- Designed for safe long-duration laboratory experiments
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