Our 1000+ Distillation Design questions and answers focuses on all areas of Distillation Design subject covering 100+ topics in Distillation Design. These topics are chosen from a collection of most authoritative and best reference books on Distillation Design. One should spend 1 hour daily for 2-3 months to learn and assimilate Distillation Design comprehensively. This way of systematic learning will prepare anyone easily towards Distillation Design interviews, online tests, examinations and certifications.
– 1000+ Multiple Choice Questions & Answers in Distillation Design with explanations.
– Every MCQ set focuses on a specific topic in Distillation Design Subject.
Who should Practice these Distillation Design Questions?
– Anyone wishing to sharpen their knowledge of Distillation Design Subject.
– Anyone preparing for aptitude test in Distillation Design.
– Anyone preparing for interviews (campus/off-campus interviews, walk-in interview and company interviews).
– Anyone preparing for entrance examinations and other competitive examinations.
– All – Experienced, Freshers and Students.
Here’s list of Questions & Answers on Distillation Design Subject covering 100+ topics:
1. Questions & Answers on Introduction to Distillation
The section contains questions and answers on vapour liquid equilibrium.
|Vapour Liquid Equilibrium|
2. Questions on Key Fractionation Concepts
The section contains questions on theoretical stages, constant molar overflow, mccabe thiele diagram fundamentals, line equations and construction, multicomponent distillation key components and computer simulation result analysis.
3. Questions & Answers on Column Process Design, Optimization and Shortcut Calculations
The section contains questions and answers on process design and optimization, minimum stages and reflux, reflux stage relationships, existing column analysis with brinkley method, smokers equation, jafarey, dougles and mcavoy equations.
4. Questions on Rigorous Distillation Calculations
The section contains questions on rigorous distillation basics and methods, rigorous methods strategy solutions, tridiagonal matrix method, bubble point and newton raphson method, sumrates and 2n newton method, global newton method, insideout and relaxation method, non equilibrium rate based methods, simulation input setting problems, failure recovery and analyze results.
5. Questions & Answers on Batch Distillation
The section contains questions and answers on simple distillation, constant reflux ratio, time and boil up requirements and new design case history.
Constant Reflux Ratio
Time and Boil Up Requirements
New Design – A Case History
6. Questions on Tray Design and Operation
The section contains questions on common tray types and its comparision, tray capacity types, tray area definition, tray flooding mechanism, entrainment flooding, downcomer backup flooding and aeration, derating factors, entrainment, dumping, tray hydraulic parameters, preliminary tray layout, first, second and third trails, turndown checks, spray and emulsion regime implications.
Common Tray Types
Comparision of Common Tray Types
Tray Capacity Limits
Definition of Tray Area, Vapour Load and Liquid Load
Tray Flooding Mechanism
Factors Affecting Flooding
Downcomer Back up Flooding
Sieve Tray Weeping
Tray Hydraulic Parameters
Common Flow Regime Types
Flow Regimes in Industrial Trays
Transtion between Flow Regimes
Implication of Spray Regime for Design and Operation
Implication of Emulsion Regime for Design and Operation
Column Sizing General Considerations
Preliminary Determination of Lower Diameter
Preliminary Tray Layout
Hydraulic Check Second Trial
7. Questions & Answers on Tray Efficiency
The section contains questions and answers on tray efficiency fundamentals, theoritical and empirical prediction, tray efficiency scaleup process factors and equpiment, liquid flow patterns and maldistribution effect.
Tray Efficiency Fundamentals
Tray Efficiency Prediction-Theoritical Prediction
Tray Efficiency Prediction-Empirical Prediction
Tray Efficiency Scale Up
Liquid Flow Patterns and Maldistribution of Large Trays
Effect of Maldistribution on Efficiency
Other Factors Affecting Tray Efficiency
Tray Efficiency on Multicomponent Seperation
Efficiency Scale Up -Process Factors
Efficiency Scale Up-Equipment
8. Questions on Packing Design and Operation
The section contains questions on packing types and objectives, random packing and its types, wire mesh structured packing, corrugated structured packings, grids types, flow regimes efficiency, flood point concept and prediction, packing factors, loading point, column sizing criteria, minimum wetting rate, trays and packings comparison.
Packing Types and Objectives
Types of Random Packing
Packing Material – Random Packing
Comparision of Random Packing
Types of Wire Mesh Structured Packing
Geometrical Features of Corrugated Structured Packings
Types of Corrugated Structured Packings
Structured Packings v/s Random Packing
Considerations for Specifying Structured Packings
Types of Grids
Grid v/s Other Packings
Efficiency Flow Regimes
Flood Point Concept and Traps
Pressure Drop-Iherent Limitation and Traps
Flood Point Prediction
Maximum Opertional Capacity Prediction
Pressure Drop Prediction by Correlation
Pressure Drop Prediction by Interpolation
Column Sizing Criteria
Liquid Hold Up and Minimum Wetting Rate
Comparing Trays and Packings
9. Questions & Answers on Packing Efficiency and Scale Up
The section contains questions and answers on packing efficiency, maldistribution and its effects, packed tower scale up and column sizing.
Maldistribution and its Etfects on Packing Efficiency
Packed Tower Scale up
Packed Column Sizing
10. Questions on Azeotropic and Extractive Distillation
The section contains questions on azetropic distillation and elements, extractive distillation and its terminology.
Extractive Distillation Terminology
Wish you the best in your endeavor to learn and master Distillation Design!