Energy and Environment

IFE Hydrocarbon Core Scanner

The IFE HCS™ scanner provides means of rapid, non-destructive qualitative and quantitative logging of petroleum shows in conventionally slabbed drill cores.
Contact

Kihle, Jan

Senior Geologist/Senior Research Scientist

 

The IFE HCS™ scanner was invented at IFE in 1992 and launched commercially in 1994. It provides means of rapid, non-destructive qualitative and quantitative logging of petroleum shows in conventionally slabbed drill cores.

The Mk2 version of the HCS™ instrument was released in 2012 with significant improvements to Hydrocarbon sensitivity and QA through novel HCS LabView™ software.

The HCS™ provides cost effective and smart screening for planning of supplementary elaborate and destructive geochemical analysis.

 

HCS figure 1 and 2

Figure 1: Default HCS™ sampling resolution (2 cm) and irradiation diameter (10 mm).

Figure 2: Oil-water contacts (OWC) and  Gas-oil contacts (GOC) may be determined with high precision relative to core depths.

 

Economic benefits

  • More accurate reserve estimates and compartmentalization* outlines
  • Improved production strategies
  • Enhanced precision in well path design
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    More than 150 Norwegian, 52 Oman, 7 British and 3 Danish wells have successfully been scanned. Customers comprise Statoil, Idemitzu, ENI, BP, Conoco, Shell, Lundin, PDO and Mærsk, amongst others.

    *Independent confirmation by Sr87/Sr86 Residual Salt Analysis (Sr SRA; red legend in Figure 3, in «Principles of the HCS»

    Coherent monochromatic light at a wavelength of 365 nm (excitation) is projected onto a 8 mm spot on a slabbed core using sapphire fiber optics (FIG. 4)Figure 3

    The Hydrocarbone Core ScannerSenior Geologist Jan Kihle operating the IFE Hydrocarbon Core Scanner.