High Precision Rock Core Analysis Instrument for Porosity & Permeability
DESCRIPTION / TECHNICAL SPECIFICATIONS
In the high-stakes world of geotechnical and oil & gas exploration, data accuracy is not an option - it is the foundation of every strategic decision. This instrument is engineered not merely as a measurement tool, but as your precision partner in understanding the most complex rock formation characteristics.
From Fundamental Principles to Competitive Advantage POROPERM Porosity & Permeability This high-precision instrument works on the principles of isothermal nitrogen expansion and applies the fundamental physical laws of Boyle, Charles, and Darcy. More importantly, its reliability is anchored in the steady-state method it employs—a globally recognized approach for producing consistent and defensible gas permeability data. By integrating these core principles into a sophisticated, automated system, this instrument transforms raw measurements into strategic, actionable insights, making it a vital device for rock core analysis in both geotechnical and petroleum applications.
Engineered for Maximum Efficiency and Flexibility The adaptable unit comprehensively assesses pore volume (porosity) and gas flow capacity (permeability). Porosity is calculated with high precision, while the corresponding liquid permeability and slip factor are determined via linear interpolation. Its design is centered around the modern laboratory workflow :
- Intuitive Control Console : Minimizes the learning curve for operators and accelerates the testing process.
- Quick-release Hassler Core Holder : This crucial feature dramatically slashes sample preparation time, empowering your lab to achieve higher daily throughput and boosting productivity.
- Dual Operating Modes (Manual & Automatic) : Offers researchers the freedom to develop custom test protocols for advanced studies, while the automatic mode ensures consistency and efficiency for high-volume, routine analysis.
- Optional Hydrostatic Core Holder : This is more than an add-on; it is the gateway to simulating true reservoir conditions. By applying realistic overburden pressure, you acquire the most relevant data for high-value exploration and production decisions.
Measured Parameters for Comprehensive Data
- Pore Volume
- Porosity
- Grain Volume
- Grain Density
- Klinkenberg Slip factor "b"
- Klinkenberg Corrected Permeability
- Gas Permeability (mD)
Technical Specifications
|
Permeability Testing Range |
0.01 md to 10 Darcies |
|
Temperature |
Ambient |
|
Core Diameter Size |
1 inch and 1.5 inch |
|
Core Length Size |
Up to 3 inch |
|
Pressure Transducer Accuracy |
0.1 % F.S (Full Scale). |
|
Flow Accuracy |
1 % F.S (Full Scale). |
|
Confining Pressure |
0 – 400 psi (10,000 psi *Optional) |
|
Flow Meter Pressure |
0 – 150 psi |
|
Gas Flow |
0 - 50 and 0-600 cc/min |
Each unit includes a computer set with an i7 processor, ensuring your analytical power is backed by robust computational strength. With this instrument, you are not just buying a piece of equipment; you are investing in data certainty to mitigate risks and optimize the potential of your geological assets.