Saturation height modeling is a consolidated methodology used to analyze capillary pressure data and predict the initial water saturation in reservoirs. This parameter is crucial in determining the amount of hydrocarbons present. We can use several SHM equations to estimate water saturation, selecting the most appropriate one for the specific data of each reservoir.

Rock-Typing is the process of dividing the reservoir into zones with similar petrophysical and flow characteristics. This technique is fundamental to understanding the heterogeneity of reservoirs, allowing more effective management and optimization of production. We use methodologies such as FZI, Winland, Pittman and Lucia to carry out this categorization efficiently.

In our work, we combine geological interpretations with petrophysical measurements, translating them into useful subsurface models. This integration is crucial to understanding the relationship between porosity, permeability and water saturation, providing a solid basis for reservoir modeling and production simulations.