
In this system, uninsulated Schedule 40 steel piping is employed throughout the network, with all branches buried at a depth of approximately 1 meter (3.2 feet). This design choice ensures that the piping is protected from environmental factors while maintaining structural integrity.
The system includes mixer operations designed to effectively model the mixing points where flows from remote wells converge into common lines. These mixers facilitate the blending of different fluid compositions, ensuring a homogeneous flow and optimizing the overall efficiency of the pipeline system.
In this workshop, you will gain hands-on experience with heat transfer unit operations using Aspen HYSYS by building a pre-heat train model.
What You Will Learn:
Heating and Treating Crude Oil: You will model the process of heating and treating raw crude oil before it moves to fractionation.
Using HYSYS Pipe Segment: You will utilize the HYSYS Pipe Segment unit to simulate the transfer of heated crude through piping.
Logical Operations: You will refresh your knowledge of Balance and Adjust logical operations to manage process variables effectively.
Welcome to the Dynamic and Steady Operations in Pipeline by Aspen Hydraulics Course!
This course is designed to provide you with a comprehensive understanding of pipeline management, focusing on the crucial distinctions between steady-state and dynamic operational modes. You will explore the Aspen hydraulic sub-flowsheet and learn how to utilize fluid packages effectively to optimize pipeline performance.
The course is divided into four interactive workshops.
In Workshop 1, you will analyze a Gas Gathering System, mastering essential skills such as adding pipe segment dimensions, applying correlation methods, and understanding heat transfer within the pipeline. Additionally, you'll learn how to ensure flow assurance in this context, which is critical for maintaining system integrity.
Workshop 2 centers on an oil refinery model, allowing you to gain hands-on experience in adding pipe segments while conducting flow assurance analyses. This practical application will help solidify your understanding of pipeline dynamics.
In Workshop 3, you will undertake a case study to reinforce your skills in using the Aspen hydraulic sub-flowsheet. You will configure pipe segments and define system constraints, preparing you for real-world challenges.
Finally, in Workshop 4, you will gain practical experience in running dynamic models and initiating pigging operations, essential skills for enhancing pipeline efficiency and reliability. By the end of this course, you will be well-equipped to tackle the complexities of pipeline operations with confidence.