Improvements Over Historical Methods

• Fully customizable laboratory work flow

• Applicable on various rock material (either legacy or recently collected volume). Whole Core, Plugs, Rinds, Leftover material or Sidewall Cores.

• Can execute work flow entirely on intact rock volume or a combination of intact and then crushed rock samples

• Combine rock and fluid quantitative analysis to partition the hydrocarbon and water fluid-filled storage volume

• Calibrate the volume of fluid-filled pore space with the most moveable (higher tendency for producibility) versus less moveable fluid fractions

• Re-assess/calibrate in-place volumetric calibration

• Ability to understand the interaction of a chemical extraction type with remaining hydrocarbon fraction (application to EOR, completion optimization etc)

• Upside target hydrocarbon prospectivity (via T1T2 NMR maps and overall fluid-filled storage volume)

• Measurements of both hydrocarbon and water filled porosity

• Applicable to all fluid-phases including liquids and gas

• Consortium opportunity for instant data access and comparisons

• Applicable on unconventionals as well as conventional-unconventionals

• Standalone NMR analysis

• Volatile Fluid Loss due to Laboratory Crushing Quantification and Correction

• Dual Retort design which resolves open retort fluid collection efficiency challenges

• Three independent measurements and quantitative total porosity results

• Differentiation of moveable fluid via thermal extraction versus volumetric contribution of remaining bitumen or kerogen by chemical extraction

• Data to calibrate soluble versus insoluable corrections

• Can be linked to geological, geochemical and engineering tools

TruSat data versus legacy crushed rock data demonstrating the impact or re-calibrating or running the TruSat work flow has.