The objective of this study is to develop a hybrid model by combining physics and data-
driven approach for optimum unconventional field development. We used physics-based …

Because of readily available production data, rate-transient analysis (RTA) is an important
method to predict productivity and reserves, and for reservoir and completion …

In this study, we propose a novel workflow to predict the production of existing and new multi-
wells. To perform reliable production forecasting on heterogeneous shale formations, the …

The objective of this study is to develop a hybrid model by combining physics and data-
driven approach for unconventional field development planning. We used physics-based …

Abstract Embedded Discrete Fracture Model (EDFM) is a promising approach to describe
the reservoirs with fractures. Conventional streamline-based inversion method has been …

Rate transient analysis (RTA) is an important method to predict productivity and reserves for
reservoir and completion characterization in unconventional plays. In addition, multi …

Abstract EUR (Estimated Ultimate Recovery) forecasting in unconventional fields has been a
tough process sourced by its physics involved in the production mechanism of such systems …

Proper characterization of heterogeneous rock properties and hydraulic fracture parameters
is essential for optimization of well spacing and reliable estimation of estimated ultimate …

Hydraulic fracture conductivity (wfkf) is a critical parameter in completion design of horizontal
shale wells. Field evidence and laboratory investigations suggest that these fractures could …

Source rocks, such as organic-rich shale, consist of multi-scale pore structures which
include pores with sizes down to nano-scale contributing to the storage of hydrocarbons …