AVEVA Pro/II Simulator

AVEVA PRO/II Simulation is a steady-state simulator aiming to optimize plant performnace by enhancing process design, operational analysis, and performing engineering case studies.

We, AIPSE Lab. in Gyeongsang National University, provides a vaierty of examples based on AVEVA PRO/II Simulation in order to help all students who would be in charge of the next generation Process Systems Engineering world.

About Us

AIPSE

AI-based Process Systems Engineering (AIPSE) laboratory always tries to explore all knowledges about AI/ML/DL coupled with chemical enigneering.

Company Profile

AVEVA

AVEVA, a global leader in industrial software, drives digital transformation for industrial organizations managing complex operational processes.

Contributors

Our Work Image

Soonho
Hwangbo

Supervisor

Our Work Image

Yoonjae
Lee

Master

Our Work Image

Taehyun
Kim

Master

Our Work Image

Byeongmin
Ha

Ph.D.-ing

Gas Processing

A gas processing plant is used to recover natual gas liquids (NGLs) (e.g., condensate, natural gasoline, and liquefied petroleum gas (LPG)) and sometimes other substances such as sulfur-containing constituents and should be (at least) checked for sulfur content and for residues to ensure that the LPG meets the specification (according to Natural Gas (2nd edition)).

Example 1
(Phase Envelope)

Example 2
(DeEthanizer)

Example 3
(Refrigeration Loop)

Example 4
(Compressor Train)

Example 5
(Expander Plant)

Example 6
(Three Stage Let-Down)

Example 7
(Gas De-Hydration Using TEG)

Example 8
(Gas Sweetening Using Amines)

Example 9
(Steam Power Generation Loop)

Example 10
(The Benfield Process)

Refining

Petroleum refineries change crude oil into petroleum products for use as fuels for transportation, heating, paving roads, and generating electricity and as feedstocks for making chemicals (according to U.S. Energy Information Administration).

Example 1
(Crude Heating Curve)

Example 2
(Deisobutanizer Tower)

Example 3
(Shortcut Crude Oil Distillation)

Example 4
(Rigorous Crude Oil Distillation Revamp)

Example 5
(Vacuum Column)

Example 6
(FCC Main Fractionator)

Example 7
(Sour Water Stripper)

Example 8
(Naphtha Stream Stabilizer)

Example 9
(Naphtha Splitter)

Petrochemicals

Petrochemicals can be defined as a large group of chemicals derived from natural gas and petroleum and further used for a variety of chemical purposes, which are extremely important in modern civilization (according to Advances in Membrane Technology for Waste Treatment).

Example 1
(C3 Splitter)

Example 2
(Aromatics Separation)

Example 3
(Ethylene Fractionator)

Example 4
(Cyclohexane Plant)

Example 5
(Naphthalene Recovery)

Example 6
(MTBE Separation)

Example 7
(Propylene Chlorination)