Oil & Gas Production Field Modules
1. Crude Oil Production Course.
This course provides a practical introduction to the main stages of crude oil production and field processing. It is designed for engineers, operators, technical staff, and learners who want to understand how crude oil moves from the well site into central processing and treatment systems. Participants gain a clearer view of how production facilities are structured and how different units work together in real operating environments.
The training covers key areas such as well site explanation, pig receiver and manifold systems, oil reception, oil treatment, and the role of knock out drums and flare systems. The course is focused on practical understanding, helping participants connect technical concepts to actual field operations.
By the end of the training, learners will have a stronger understanding of crude oil production flow, facility logic, and the technical foundations needed to work more confidently in oil and gas production environments.
2. Natural Gas Processing Course.
This advanced module is created for users who already have basic Aspen HYSYS knowledge and want to develop expert-level simulation skills. The course focuses on complex process modeling, advanced flowsheet development, recycle convergence, column design, optimization, and detailed performance analysis. Participants work with realistic industrial case studies related to oil and gas, refining, petrochemical, and chemical process systems. The training explains how to select proper thermodynamic methods, validate simulation results, solve convergence problems, and improve model accuracy.
Advanced topics may include sensitivity analysis, process optimization, controller setup, and dynamic simulation concepts. This module is ideal for process engineers, consultants, senior operators, and professionals preparing for Aspen HYSYS Certified Expert User level knowledge. After completing the course, participants will be able to handle challenging simulation tasks, evaluate process alternatives, and use Aspen HYSYS confidently for design, troubleshooting, and plant performance improvement.
This course gives participants a practical understanding of how natural gas is processed from the well site to final export and product recovery. It is designed for engineers, operators, technical personnel, and learners who want to understand the full process path inside gas processing facilities. The training helps participants build clarity around how gas is separated, treated, conditioned, and prepared for downstream use.
The course covers major processing stages such as separation and compression, amine treatment, dehydration, dew point control, cryogenic processing, dry gas export, NGL recovery, and LPG production with desulfurization. Each topic is explained in a practical and structured way so learners can understand how the units connect and why each step is important.
By the end of the course, participants gain stronger technical understanding of natural gas processing systems and a clearer view of how gas plants operate in real industrial environments.
This training is designed to build a solid understanding of how industrial processes work in practice. Instead of treating engineering topics as separate theory blocks, the course connects core principles to real process systems, operating conditions, and technical decision-making. Participants learn how to read process logic more clearly, understand system behavior with more confidence, and apply engineering fundamentals in a practical industrial context. The goal is to make process engineering easier to understand, more relevant to daily technical work, and more useful in real operating and design environments.
How the Training Works
A clear, practical training process designed to match your level, goals, and real application needs.
We identify your current level, technical background, learning goals, and the topics most relevant to your professional development.
We organize the training around practical modules, clear explanations, guided exercises, and real engineering workflows.
You learn how to apply the training content with more confidence in real projects, technical tasks, and industrial scenarios.
