Aspen Plus for Piping System Simulation: Pumps, Valves, Compressors & Plant HydraulicsMaster Piping System Modeling and Plant Hydraulics with Aspen Plus—Practical Skills for Chemical EngineersUnlock the power of Aspen Plus to model, analyze, and optimize piping systems in any process plant! This hands-on course is designed for engineers and students who want to confidently simulate the hydraulic behavior of pipes, fittings, valves, pumps, and compressors using the industry’s leading process simulation platform.Why Take This Course?Industry-Leading Software:Aspen Plus is the gold standard for process simulation in research, design, and operations across oil & gas, petrochemicals, chemicals, and pharmaceuticals.Essential Engineering Skill:Accurate piping system modeling is vital for safe, efficient, and cost-effective plant design and operation.Practical, Example-Driven Learning:Work through real-world piping system examples step-by-step, from problem statement to model solution.What You’ll LearnAspen Plus Fundamentals for Piping Systems:Navigating the interface and workflow for piping simulationsSetting up and connecting piping networks, fittings, and equipmentModeling Key Equipment:Simulate and analyze the performance of pumps, compressors, valves, and piping under different process conditionsHydraulic Calculations:Calculate pressure drops, flow rates, and system resistanceEvaluate system behavior for plant troubleshooting, design, and optimizationBest Practices:Apply simulation results to inform plant design decisions and improve system reliabilityWho Should Enroll
What you'll learn
Navigate the Aspen Plus interface and workflow for piping simulations
Set up and connect piping networks, fittings, and equipment
Simulate and analyze pumps, compressors, and valves under various process conditions
Calculate pressure drops, flow rates, and system resistance
Evaluate system behavior for troubleshooting, design, and optimization
Course objectives
Master piping system modeling techniques
Apply simulation results to inform plant design decisions
Improve system reliability through simulation best practices