Petroleum Engineering Articles and Guides

Breakthrough time is a critical concept in reservoir engineering, particularly in the context of enhanced oil recovery (EOR) and water flooding

In petroleum engineering, understanding the saturation at the water front is critical for managing and optimizing water flooding processes

Frontal displacement is a crucial concept in reservoir engineering and fluid flow studies. It refers to the movement of the front of a fluid

As oil and gas reservoirs become increasingly complex especially in fractured, heterogeneous, or unconventional settings traditional modeling

When it comes to understanding the fine-scale features of a reservoir, the Formation Micro-Imager (FMI) is one of the most powerful tools

In fractured reservoirs whether naturally fractured carbonates or unconventional plays like shale fluid flow is fracture-dominated. This makes Discret

In petroleum engineering, understanding how fluids move through porous subsurface rocks is essential for effective reservoir management, production

In petroleum engineering, gases rarely behave "ideally." While the Ideal Gas Law is a useful approximation, real gases deviate significantly

Natural gas is one of the most important fuels powering modern economies. From heating homes and fueling vehicles to serving as a critical feedstock

Saturation refers to the proportion of a rock’s pore space occupied by a specific fluid. In petroleum reservoirs, the three main saturations are