Foam & Core Flow Tester
M9300 HPHT Foam Loop & Core Flow Tester
M9300 HPHT Foam Loop & Core Flow Tester 1
M9300 HPHT Foam Loop & Core Flow Tester 2
M9300 HPHT Foam Loop & Core Flow Tester 3
M9300 HPHT Foam Loop & Core Flow Tester 4
M9300 PC Software
- Height: 26 in.
- Width: 28 in.
- Depth: 70 in.
- Weight: 250 lbs.
- The 9000 series products are all customizable.
The only integrated foam loop/core flow tester on the market today
The Grace Instrument M9300 HPHT Foam Loop & Core Flow Tester combines the operation of a foam loop system with a formation damage evaluation system.
It can measure permability changes to a formation core in a high temperature and high pressure environment, after injecting the formation core with fluids,
such as various foams, fracturing fluids, drilling muds, completion fluids and acids.
The M9300 can be operated in one of three modes:
- Foam Generation & Foam Loop system can be used for foam creation, rheology and quality evaluation (bubble size distribution, half-life and density, etc.).
- Formation Damage (core flow) system can be used for core fluid treatments and permeability analysis.
- Combined Foam Loop & Formation Damage system is capable of measuring dynamic leakoff of foam, damage to the formation, well stimulation effects of foam, and rheology of foam in porous media.
Foam Generation & Foam Loop System |
Formation Damage System: | Combined Foam Loop & Formation Damage System |
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Temperature Range: Amb. to 350°F |
Temperature Range: Amb. to 350°F |
Temperature Range: 70°F to 350°F |
Operating Pressure: Atm. to 5,000 psi |
Working Pressure: Atm. to 10,000 psi |
Operating Pressure: Atm. to 5,000 psi |
-- | Confining Pressure: Atm. to 15,000 |
Confining Pressure: Atm. to 5,000 psi |
Flow Rate Range: 0 to 375 ml/min |
Flow Rate Range: 0 to 60 ml/min |
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Shear Rate: 0 to 1,500 S-1 |
-- | Shear Rate: 0 to 1,500 S-1 |
-- | Back Pressure: Atm to 10,000 psi |
Back Pressure: Atm to 10,000 psi |
Microscope Magnification: 11 to 144 X |
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Viewing Window: Quartz |
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Rheology Characterization: API Standard Rheological and Shear History |
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Foam Density: 0.3 to 1.0 g/cm3 controllable |
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Half-life of Foam: 0 to 72 hr |
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Diameter of Visible Foam Bubble: ≥ 1 μm |
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- Combines operation of a foam loop system with a formation damage evaluation system.
- Foam generation & foam loop system can be used for foam creation, rheology and quality evaluation.
- Formation damage (core flow) system can be used for core fluid treatments and permeability analysis.
- Can be built to custom specifications.