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“Advance Reservoir Characterization and Imaging Specialist”
 
 
 
Hardware Description More information

1D Tomography Resistivity For Geophysics and Geotechnical Survey

Technical Specification :

Measurement modes   : Self potential, apparent resistivity

Transmitter  : up to 800W 

Output current  : up to 2 A

Voltage  : 400 Volt

Input Impedance  : 10 MOhm

Type of IP measurement   : Time domain 

Automatic multi-electrodes   : dipole-dipole, pole-pole, Wenner and Schlumberger 

Power supply     : DC power supply 

Weight     : 6 kg 

Receiver dimension     : 340 mm (W), 500 mm (L), 330 mm (H) 

Transmitter dimension  : 475 mm (W), 390 mm (L), 200 mm (H) 

   

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Multichannel Tomography Resistivity and Induced Polarization for Geophysics and Geotechnical Survey

The ResIP 3100TM is a resistvity and Induced Polarization (IP) portable instrument with user defined measure cycles. The instrument measures simultaneously up to 12 or 24 channels for each current injection. The instrument uses a built-in power transmitter and can be used for multi electrode electrical resisitivity 2D, 3D, vertical electrical sounding (VES), and mise-a-la- masse measurement. Other applications are environment investigation, mineral exploration, and underwater survey. The instrument is expandable to connect to PC.

    

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 Lab. Services  Description More information 

 

 

 

 

 

 

 

 

 

 

 

 

Geomechanic Deep Water Core Measurement

Rock Fluid Imaging Lab provides geomechanical Triaxial test- in ultra high pressure and PC based Labfor deep water/target.

Test frame loading capacity up to 200 Ton ~ 2. 10^6 Newton
the maximum confining pressure up to 60.000 Psi
servo-control. Close-loop test system manufacture/ and key feature Programmable   
Pressure Scenario, Controllable pressure, available close-loop scenario,                   PC based control.

Triaxial cell confining pressure rating Confining pressure range up to 60.000 Psi
Confining pressure rate 0.5 bar /minute (7.25 Psi/minutes)
Axial stress Axial stress up to 200.000 Psi

Pore pressure control system and pressure rating Controllable Pore pressure, range from zero to maximum 20.000 Psi. For standard triaxial measurement, the pore system should be vented to atmospheric pressure.

Displacement /strain sensor type, resolution  Two sensor axial, and two radial sensors

Sensor type : strain gauge displacement sensor setup
Resolution  :  0.1 micro meter

Data sampling rate Sampling rate: 
             Default: 1 data/ second
             Optional: 1 data/0.1 second up to 1 data/0.01 second

Core plug size : diameter 1 inch and 1.5 inch with minimum length twice its diameters.

 

    

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Geomechanic Core Measurement

Triaxial test- in high pressure and PC based Lab

triaxial cell confining pressure  Confining pressure range up to 10.000 Psi

Axial stress Axial stress up to 48.000 Psi
servo-control. Close-loop test system manufacture/ and key feature Programmable Pressure Scenario, Controllable pressure, available close-loop scenario, PC based control.
displacement /strain sensor type, resolution  Two sensor axial, and two radial sensors
Sensor type : strain gauge displacement sensor setup
Resolution  :  0.1 micro meter
Data sampling rate Sampling rate:
             Default: 1 data/ second
             Optional: 1 data/0.1 second up to 1 data/0.01 second
Core plug size that could be tested core sample with diameter 1 inch and 1.5 inch with minimum length twice its diameters.

 

    

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   Thick Walled Cylinder Test

cell confining pressure  Confining pressure range up to 10.000 Psi
Axial stress Axial stress up to 48.000 Psi
servo-control. Close-loop test system manufacture/ and key feature Programmable Pressure Scenario, Controllable pressure, available close-loop scenario, PC based control.
displacement /strain sensor type, resolution  Two sensor axial, and two radial sensors
Sensor type : strain gauge displacement sensor setup
Resolution  :  0.1 micro meter
Scale Scale for measure the accumulation of solid mass in the outlet.
Resolution 0.1 mg to obtain fluid volume
core plug size that could be tested core sample with inner diameter 1 inch and outer diameter 1.5 inch with minimum length twice its outer diameters.
Fluid flow rate Can be adjusted
Data sampling Sampling rate:
             Default: 1 data/ second

    

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Seismic Rock Physics Core Measurement

We provide relationship among wave phenomena and reservoir’s parameter for various reservoir’s condition.

The output of this measurement and analysis are following:

•Vp and Vs under various overburden pressure.

•Vp and Vs under various pore pressure.

•Vp and Vs under various fluid saturant (brine, oil and gas).

•Vp and Vs various anisotrophic orientation.

 

     

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LIQUID PERMEAMETER FOR ACID FLOW TEST

Acid Liquid Flow Permeability measurement for simulating/analysis the Acidized (Carbonate) Reservoir.

Differential pressure transducer There are 2 pressure gauge in inlet and outlet of core.
Resolution: 1 psi
Pressure  Drive pressure: 9000 Psi
Confining Pressure: 12000 psi
Back Pressure: 4000 Psi
Fluid  Two type fluid source in inlet.
Pressure rate between fluid are identic
Heating Elements Resolution:  1°C
Max temperature : 400°F (204.4°C)
Scale Scale for measure the accumulation of fluid in the outlet
Resolution 0.1 mg to obtain fluid volume
PC Based System PC Based System to control measurement, recording data and storing to the database and also displaying output data.
Data sampling rate Standard: 1/second
Optional : 0.1 second
Core sample Typically, the tests utilize 1” or 1.5" diameter core plugs that are 1"-3" in length.
Effluent samples at outlet In standard, effluent samples were analyzed for AI, Si, Ca, and Fe at geochemical laboratory.
Material Some part of flow system equipment’s was constructed of Hastelloy C-276 and Inconel C-276.

    

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HELIUM POROSITY METER

Sample Size :1.0 Inch and 1.5 Inch diameter core plug

Gas Supply :Helium/ argon/ Air

Core Holder :Hustler type of core samples of 1.0 inch and 1.5 inch diameter for grain volume/ pore volume

Pressure Transducer range :0 -4000 psi

 

    

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HELIUM PERMEABILITY METER

Sample Size 1.0 Inch and 1.5 Inch diameter core plug
Gas Supply Helium/ argon/ Air
Core Holder Hustler  type of core samples of 1.0 inch and 1.5 inch diameter for grain volume/ pore volume
Pressure Transducer range 0 -4000 psi
Air Permeability Range 0-10000 mD

 

    

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Porous Plate Capillary Pressure

Pressure Range Up to 2000 psi
Core Sample dimension Core Diameter: 1” or 1.5”
Core length: 3”
Sample Preparation Samples must be cleaned and dried at high temperature to remove any water in the pore system as water will act as a wetting phase in preference to air. (hot Soxhlet extraction and convection oven dry at 105 °C)
Control and database storage PC based

    

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  Contact Angle

Pipette drops Useful volume range: 1 -10 μL can measure up to 0.5 μL
Correction for evaporation: 0.018 μL
Sensitivity: 10-6 g

Microscope Magnification : 4x, 10x, 40x
Image detector Camera connect that to PC, record and stored the image
Digital Angle measurement Resolution: 1 degree
sample Ensure flat in surface of sample

    

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Thermal Conductivity Test

Heating source for Hot Reservoir (kept constant temperature) Resolution:  1°C
Max temperature : 400°F (204.4 °C)
Cooling source for cool Reservoir (kept constant temperature) Resolution:  1°C
Min temperature : -4 °C
Known Metal Copper, density 8.94 g/cc
Specific heat 390 J/Kg °C
Temperature Sensor Total five sensor
Resolution:  0.01°C
Number of required sample Two core sample
Data sampling rate Sampling rate:
             Default: 1 data/ second
             Optional: 1 data/0.1 second up to 1 data/0.01 second

 

   

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Thin Slice Imaging (Petrography)

Microscope magnification: 4x, 10x, 40x

Microscope polarization   : Cross Nicol polarization

Image Sensor                : 1/2" CMOS

Pixel Size                       : 3.2μmX3.2μm

Image Output                : USB2.0, 480Mb/s

Programmable Control    : Image size, brightness, gain, exposure time

 

   

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XRD

X-Ray generator 3 kW for sealed Xray tube
Tube voltage variable range 20-60kV
Tube current variable range 2-50 mA

 

 

 

 

 

   

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MICRO CT-SCAN

X-Ray source 0-130kV, 8W
Resolution 5µm
Rotation Up to 0.1°per step

 

 

 

 

  

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Software Description More information
  ThinWave Processor™

is able to enrich frequency content and broadening bandwidth of seismic. The capability of amplifying the high frequency content of the seismic data are also one of this Thin Wave Processor™ important competence that would improve “the seismic data resolution”.

Why is Thin Layer Imaging So Important ?

Fluvial deltaic and deep water environment rock is developed by thin layers.

 

   

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Processing Services  Description More information 
 

Pore Pressure Prediction

 

Rock Fluid Imaging Lab provides integrated geomechanical analysis considering rock physics, lithofacies, temperature, stress, strain, and reservoir parameter (porosity, lithofacies) for producing accurate subsurface information such as pore pressure distribution and also fault sealing analysis.

 

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Wellbore stability

 

Rock Fluid Imaging Lab provides integrated geomechanical analysis considering core geomechanics laboratory testing, well data (pressure data, mud pressure, petrophysics & image log) and field data for preventing Wellbore Instability during drilling and sand production.

    

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Subsidence and Caprock Integrity

Rock Fluid Imaging Lab provides integrated geomechanical analysis considering geomechanic core test, rock physics, lithofacies, temperature, stress state (overburden stress, maximum horizontal stress, minimum horizontal stress, pore pressure, hydrostatic pressure), strain, and reservoir parameter (porosity, lithofacies) combine with Finite Element Modeling for Caprock Integrity Analysis as well as reservoir integrity Analysis.

Caprock integrity, as well as reservoir integrity assessments, have become an essential element in the design and operation of steam injection projects and a critical factor in the selection of a maximum steam injection operating pressure.

    

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Lithology Prediction

Reservoir properties like porosity, permeability and fluid saturation are unique for different rocks. The reservoir properties are very dependent on their lithofacies. Therefore, the first task in reservoir characterization should be lithofacies prediction. Our technology provide the most accurate prediction using proven sequential flow of reservoir prediction based on lithofacies information.

Our technologies are capable to integrate among weakness and strength of seismic resolution, attributes, well, core, statistical, artificial neural networks and expert experiences to give the most accurate interpretation for reservoir properties prediction.

    

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Fracture Prediction

Fractured reservoir is one of complex reservoir type. To reduce uncertainties in fractured reservoir characterization, we are able to integrate all available data from geology, geophysics, petrophysics and rock physics, using our latest advanced technology based on rock physics, advanced atributes & statistical artificial intelligence.

    

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