Methanol Simulation in Aspen Plus | CSTR | Distillation ( Short-cut/Rigorous) | Design Spec скачать в хорошем качестве

Methanol Simulation in Aspen Plus | CSTR | Distillation ( Short-cut/Rigorous) | Design Spec

In this video, we showcase a detailed simulation of methanol production using Aspen Plus, covering all essential process steps. This comprehensive tutorial is designed to provide practical insights into chemical process modeling. CSTR Reactor Simulation: Reactor volume of 7.5 m³. Feed gas composition: hydrogen, carbon monoxide, carbon dioxide, and methane. Equilibrium reactions modeled for efficient methanol synthesis. Separator Drum: Liquid-vapor separation at 20 bar. Methanol and water are captured efficiently in the liquid stream, while unreacted gases are sent for recycling. Distillation Simulation: Starts with a shortcut method, followed by a rigorous RadFrac column design. Operates at 1.3 bar with a reflux ratio of 1.6 to achieve high-purity methanol greater than 99% Recycle Process: Recycles unreacted gases like hydrogen, carbon monoxide, and carbon dioxide to maximize efficiency and minimize waste. This step-by-step guide demonstrates essential Aspen Plus techniques for methanol production, focusing on key aspects like reaction modeling, separation, and distillation. Perfect for chemical engineering students, professionals, and enthusiasts, this video will help enhance your process simulation skills. I tried to explain it in detail I hope you like my effort Please like, subscribe, and share my videos