Gas Processing & Liquefaction Simulation With Aspen Hysys

Comprehensive Guide to Modeling Natural Gas Processing and Liquefaction Plant in Aspen HYSYS

What you'll learn

Natural Gas processing and liquefaction principles

Model an acid gas sweetening process using diethanolamine (DEA)

Model a gas dehydration unit using tri-ethylene Glycol (TEG)

Model an NGL fractionation process

Model an LNG production process

Requirements

Basic Understanding of Chemical Engineering Principles

Basic Knowledge of Oil & Gas Principles

Familiarity with Aspen HYSYS

Aspen HYSYS Software Installation

Description

Unlock the power of Aspen HYSYS and elevate your skills in gas processing and liquefaction simulation with this hands-on, comprehensive course. Whether you're a chemical engineering student, a process engineer, or a professional looking to enhance your simulation expertise, this course is your gateway to mastering one of the most widely-used software tools in the industry.In this course, you'll dive deep into the core principles of natural gas processing and liquefaction. You'll start by learning the essential gas treatment processes, from gas separation and sweetening to dehydration, all while building practical simulations in Aspen HYSYS. We’ll guide you through real-world case studies, where you’ll learn to model gas-oil separators, optimize gas treatment systems, and troubleshoot common issues in process simulations.But we don’t stop there! You’ll also explore the fascinating world of liquefaction, learning to simulate natural gas liquefaction processes step by step. With easy-to-follow tutorials and industry-relevant examples, you’ll gain the skills to design and simulate complete natural gas processing and liquefaction systems.By the end of this course, you'll not only be comfortable with Aspen HYSYS but also able to confidently simulate complex gas processing operations and liquefaction systems—skills that are highly sought after in the oil, gas, and energy industries.Get ready to level up your simulation skills and unlock new career opportunities in the world of gas processing. Join today!

Overview

Section 1: Getting Started with Natural Gas Processing and Liquefaction

Lecture 1 Introduction to Natural Gas Processing and Liquefaction

Section 2: Acid Gas Sweetening with Diethanolamine (DEA)

Lecture 2 Overview of Acid Gas Sweetening with Diethanolamine (DEA)

Lecture 3 Defining the Fluid Package

Lecture 4 Building the Amine Contactor

Lecture 5 Adding the Regenerator and Makeup

Lecture 6 Completing the Flowsheet and Reviewing Results

Section 3: Gas Dehydration with Tri-ethylene Glycol (TEG)

Lecture 7 Overview of Gas Dehydration with Tri-ethylene Glycol (TEG)

Lecture 8 Defining the Feed Streams

Lecture 9 Saturating the Dry Gas Feed

Lecture 10 Adding the TEG Contactor

Lecture 11 Adding TEG Regenerator and Makeup Operation

Lecture 12 Performing Water Dew Point Calculation

Section 4: Natural-Gas Liquids Recovery using Turbo Expanders (NGL Fractionation Plant)

Lecture 13 Overview Natural-Gas Liquids Recovery using Turbo Expanders

Lecture 14 Setting Up the Turbo Expander

Lecture 15 Adding the Fractionation Columns

Lecture 16 Sales Gas Compression

Lecture 17 Customizing Stream Properties

Section 5: Natural Gas Liquefaction (LNG Plant)

Lecture 18 Overview of Natural Gas Liquefaction (LNG Plant)

Chemical Engineers,Process Engineers,Recent Graduates from Chemical Engineering or other Related Engineering Fields,Students in Chemical Engineering or other Related Engineering Fields