Hello! If you are working in the oil & gas industry, you came to the right place!
My name is Eassa Abdullah, teaching and researching in the area of Reservoir Characterization at King Fahd University of Petroleum & Minerals - CPG!
But my passion doesn't stop at the classroom, I'm determined to share knowledge with students and people across the globe.
You can catch me spreading the word through my groundbreaking publications or captivating public presentations.
Instructor/ Researcher Position Overview:
Teaching & assisting undergraduate & graduate students:
- Rock & Fluid Properties ( PETE206 ) Course.
Key Responsibilities:
KFUPM SPE SC Consultant Position Overview:
As a University Student Chapter Consultant, I have played a pivotal role in fostering the growth, development, and success of student chapters affiliated with our organization. My primary responsibility was to provide guidance, support, and resources to university student chapters, ensuring they operate effectively and contribute positively to the organization's goals. This role requires a passion for student engagement, strong communication skills, and the ability to collaborate with diverse groups.
Key Responsibilities:
Chapter Support.
Resource Sharing.
Training and Workshops.
Communication.
Chapter Performance Assessment.
Collaboration.
Event Support.
Eassa's Correlation Equation:
The importance of permeability cannot be underestimated. It is used in crucial equations used to determine quantities analyzed by reservoir, drilling, and production engineers. Using permeability along with other properties is important to understanding reservoir behavior when wells are drilled, to calculate the rate of the fluid flow, as illustrated by Darcy's equation that relates fluid flow to permeability. Measuring permeability in the laboratory with the conventional available steady-state equipment can be time consuming, especially if it was done by gas injection which requires measuring at different pressure points to satisfy Klinkenberg equation. A quick measuring equipment called the prob permeameter have been used for many years, it quantitatively performs a permeability point measurement as a function of position on either a whole core, slabbed core or a rock slab. However, despite of its prompt and easy measurement, most of the results represents a general idea about the actual permeability and sometimes even falls out of the range, which makes it unreliable. Series of experiments were conducted for a variety of rock samples with a wide range of permeability ranging from tight to permeable, to compare the generated results between both of the above equipment. The results were graphed and been compared using different point of views, mathematical wise, petroleum engineering wise, and geological wise. Ultimately, an equation to correlate between the results was developed graphically and using logistic regression techniques.