King Fahd University of Petroleum and Minerals

Yokogawa Saudi Arabia Company

Mustafa Al-Naser

Sami El Ferik

Zaid Jamal Albarghouthi

Mohammed Sabih

Mohammed Mahmoud Abd El Samie Mohamed Ali

Mohammed Abdeen Mohammed Hassan

Mohamed Mahmoud

Ala Al-Dogail

Rahul Gajbhiye

Badr Al-Dossary

Methods and systems for optimizing the gas-oil separation plant (GOSP) operating parameters in order to maximize the stabilized crude oil recovery in an integrated framework of GOSP operation. The ambient temperature variations daily (day and night) and seasonal (summer and winter) are incorporated to show their impact on liquid recovery. An artificial intelligence model predicts stabilized crude oil recovery for a range of ambient temperatures. The optimal GOSP separator pressures which yield maximum stabilized crude oil recovery are determined for each ambient temperature. The separator pressures of the GOSP may be adjusted to achieve the maximum stabilized crude oil recovery under changing ambient temperatures.

Method for optimizing gas oil separation plant parameters to maximize oil recovery

A pneumatic valve system that includes an actuator that pneumatically actuates a valve, and circuitry that calculates a control signal to control the actuator by compensating for nonlinear dynamic of the actuator using a stable inverse model of the valve, optimizes parameters of the stable inverse model such that a difference between output information of the pneumatic valve system and desired reference information is reduced, and outputs the control signal to control the actuator.

Nonlinearly compensated valve system

Pneumatic valve system, method for controlling an actuator in a pneumatic valve system, and non-transitory computer readable medium

Growing community of inventors

Dhahran, Saudi Arabia

Mustafa Al-Naser