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The Moving Reference Point (MRP) technique (Pirayesh  et al . 2013) successfully demonstrated its viability as a pressure-time hydraulic fracture mode interpretation tool in the Fracpack and Eagle Ford shale treatments. Al-Husain  et al . (2017) extended the application of the MRP by studying a data set of five hydraulic fracture treatments from Cotton Valley and Travis Peak sand formations in east Texas. By understanding the fracture propagation behavior, they offered conclusions in terms of observations and suggestions to improve future hydraulic fracture designs across those formations in the east Texas area. This paper showed an empirical method development, and compared its results with the MRP technique analyses utilizing the same data set used by Al-Husain  et al . Also, this work recognized an area of improvement in terms of MRP result presentation.

Advantages of the Moving Reference Point (MRP) Technique over the Net Pressure (P net ) Derivative Method: Comparison using Case Studies