HAWK - Model HAWK Pyrolysis - TOC and Carbonate Carbon Instrument
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State of the art equipment that brings precision and accuracy to your rock analysis. This instrument analyzes rock samples (core, cuttings and outcrops) to determine the Total Organic Carbon (TOC), oil (S1), hydrocarbons yield from pyrolysis of kerogen (S2), pyrolysis measurements of both CO and CO2 (S3CO and S3CO2), maturity of the drilled depths (Tmax), and non-generating organic carbon content as determined from the oxidation cycle's CO and CO2 (S4CO and S4CO2). The HAWK Instrument also determines carbonate content by measure the CO2 content that is derived from the breakdown of carbonates (S3CO', S3CO2' and S5).
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Product Details
- S1 (free oil)
- S2 (kerogen yield)
- S3 (organic carbon dioxide yield)
- S3CO (organic carbon monoxide yield)
- S4
- Tmax (maturity)
- TOC (Total Organic Carbon)
- CC (Carbonate Carbon)
- Absolute Tmax for kinetics calculations
Plus the Following Interpretative Calculations:
- Adsorption Index (AI)
- Oil Saturation Index(OSI)
- Hydrogen index (HI)
- Oxygen index (OI)
- Oxygen index' (OI')
- Production index (PI)
- Generative Organic carbon (GOC)
- non-generative organic carbon (NGOC)
- Calcium Carbonate equivalent (CaCO3equiv)
Features
The HAWK Instrument is a full workstation including the computer, leak detector, and power accessories.
- Pyrolysis and TOC parameters
- Multi-ramp/zones and multi-peaks (including our predefined HAWK-PAM™)
- 126 sample capacity
- No loss of light oil
- Precise Temperature
- Multi-point calibration
- True temperature for kinetics
- HAWK-Eye software
Applications
- Evaluation of both conventional and unconventional petroleum resources
- Identify unconventional hydrocarbon resources such as shale oil, tight oil, low resistivity, by-passed, and conventional payzones
- Determine classical geochemical parameters for source, maturity and kerogen type
The HAWK Instrument will provide you with the basic data for formulation of geochemical logs that is needed to classify the type of reservoir rock that your drill bit encounters.
Application of data from HAWK leads to the successful identification of producible Shale Oil Resource Systems.
- Continuous organic-rich mudstones with no open fractures (tight shale)
- Organic-rich mudstones with open fractures (fractured shale)
- Organic-rich mudstones with interbedded organic-lean facies (hybrid shale)
Key to producible shale oil resource systems and identification of by-passed pay zones is the presence of producible oil which occurs when the “oil crossover effect” is plotted as shown below:
- Utilizing the “Oil Crossover Effect”:
- S1/TOC > 1 or when Oil Saturation Index (S1/TOCx100) > 100 mg oil/g TOC
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