Download Chemical Process Simulation using DWSIM, SCILAB & ChemSep
Chemical Process Simulation using DWSIM, SCILAB & ChemSep video course download, Process Modelling, Process Simulation, Process Optimization in chemical engineering.
What you’ll learn
- Synthesis of Reaction Paths
- Synthesis of Heat Exchanger Networks (HENs)
- Synthesis of Separation Sequences
- Synthesis of Energy Recovery Networks
Skills those shall be earned/fostered after the internship:
- Engineering Fundamentals and Concepts
- Mathematical Modelling
- Process Synthesis and Analysis
- Process Design
- Process Modelling
- Process Simulation
- Process Optimization
- Process Retrofitting
- Process Debottlenecking
- Process Data Analytics
- Data Modelling
- Artificial Intelligence Tools
- Deep Learning using Artificial Neural Networks
- Industry 4.0 for Process Engineering
- Contemporary Industrial case studies
Course content
- Section 1: Introduction
- Lecture 1 Engineering Fundamentals and Concepts
- Section 2: Mathematical Modelling
- Lecture 2 Developing Mathematical Models for Process Simulations
- Section 3: Process Synthesis and Analysis
- Lecture 3 Synthesis of commercial chemical processes
- Section 4: Process Design
- Lecture 4 Design of Vinyl Chloride Plant, Heuristics in Design
- Section 5: Process Modelling
- Lecture 5 Systems for modelling Chemical Engineering processes
- Section 6: Process Simulation
- Lecture 6 Process Simulation
- Section 7: Process Optimization
- Lecture 7 Process Optimization
- Section 8: Contemporary Industrial case studies Stream Property Data
- Lecture 8 Contemporary Industrial case studies Stream Property Data
- Section 9: Contemporary Industrial case studies T-xy and VLE Plots
- Lecture 9 Generate vapour-liquid equilibrium data (VLE) for a binary component system
- Section 10: Contemporary Industrial case studies Steam Compressor
- Lecture 10 Design Compressor with retrofitting
- Section 11: Contemporary Industrial case studies Flash Column
- Lecture 11 Develop a simple process flow sheet to estimate the liquid and vapour composite
- Section 12: Contemporary Industrial case studies Heat Exchanger
- Lecture 12 Develop a simple process flow sheet to determine the heat duty required to hea
- Section 13: Contemporary Industrial case studies Fluid Pumping Station Pump, Pipe Segment
- Section 14: Industrial case studies Ethanol Distillery Mixer Heater and Flash Drum
- Lecture 14 Develop a simple process sheet to distill Ethanol for Rectified Spirit
- Section 15: Industrial case studies Full Plant Case Study
- Lecture 15 BT Column Sensitivity Analysis
- Section 16: Industrial case studies Full Plant Case Study
- Lecture 16 Ethanol Acetone Separation
- Section 17: Heat Exchanger Design using HTRI
- Lecture 17 Industrial Shell and Tube Heat Exchanger Design Methodology
- Section 18: Industry 4.0 for Process Engineering
- Lecture 18 Tools and Systems in Industry 4.0 specially crafted for Process Industry
- Section 19: Process Data Analytics & Data Modelling
- Lecture 19 Descriptive and Inferential Statistics, Random sampling, decision process
- Lecture 20 Frequency distribution, Pareto chart, Histogram, Class Intervals Frequency
Who this course is for:
- Chemical Engineering
Course details
- Video quality: MP4 | Video: h264, 1280 × 720
- Audio quality: Audio: AAC, 44.1 KHz, 2 Ch
- Video duration: 38h 22m
- Update: 09/2024
- Number of lessons: 20 sections, 20 lectures
- Language: English + subtitle
- Compressed file size: 18 GB
