Chemical Process Calculations: Online Course

Chemical Process Calculations: Online Course

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Why enroll

Upon completion, students will be able to perform chemical process calculations, design and simulate chemical processes, and apply material and energy balances to solve real-world problems.

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Course content

The course is readily available, allowing learners to start and complete it at their own pace.

Chemical Process Calculations: Online Course

39 Lectures

2626 min

What is Chemical Engineering , Chemical Industry, Role of Chemical Engineering
24 min
Chemical process calculations: Different Unit systems: SI, CGS,MKS system
36 min
CPC Numerical: Cocentration of water in a reaction mixture
8 min
Conversion of units
23 min
Empirical Equations Conversion Temperature
80 min
Concept of Mole, Molecular weight, and Density of solutions
70 min
Molecular Mass, Equivalent Mass, Mass to Mole conversions
65 min
Mass density, specific gravity, API Gravity, Barrels of Oil equivalents
60 min
Mole Fraction Mass Fraction Composition of Mixtures in Mole and mass basis
60 min
AVERAGE MOLECULAR WEIGHT Determination
60 min
Ideal Gas law, Density of Gas mixtures , Average molecular weights
70 min
Density of ideal gas mixtures
60 min
Average molecular weight - Revision Lecture
66 min
Material Balance Basic principles
71 min
Material Balance in Unit operations
81 min
Numerical on Unit Operations Evaporators and crystallizers
72 min
Material Balance in Drying Unit : Numerical
68 min
Material Balance in Drying : Numerical
64 min
Recycled air in Drying : Material Balance Numerica
95 min
Material Balance Numerical (Distillation Absorption Extraction Blending )
102 min
Material Balance in Multiple Units Process Flow diagrams and Multiple Unit MB Numerical
66 min
Material Balance in Multiple Units Numericals (Chemical Process Calculations)
63 min
Material Balance with Chemical Reactions (Chemical Process Calculations)
90 min
Numericals Material Balance with Chemical Reactions (Chemical Process Calculations)
65 min
Numerical on Material Balance with Chemical Reactions
114 min
Numerical on Material Balance with Chemical Reactions
92 min
Introduction to Energy balance part-I
63 min
Energy Balance in Unit Operations Introduction (Evaporators Crystalllizer)
75 min
Balance in Unit Operations Numerical (Evaporators Crystalllizer)
60 min
Energy Balance ( Crystallizer ) in Unit Operations Numerical
108 min
Energy Balance in (Distillation) Unit operations
84 min
Numerical on Specific Heat, Kopp's law, Hess Law, Adiabatic Flame Temperature
91 min
Numerical on Specific Heat Heat of the reaction
62 min
Numerical on Adiabatic flame Temperature and Heat Heat of the reaction
74 min
Material Balance in Unsteady State systems and solved Numerical
58 min
Single phase and multiphase system , Vander Waal EQUATION OF STATE, t-x-y diagram
59 min
Humidification and dehumidification Introduction to terminology
71 min
Psychrometric chart and Air conditioning systems (Humidification and dehumidification)
69 min
Numerical on Psychrometric chart for Humidification and dehumidification
27 min

Course details

This comprehensive online course covers the fundamental principles and applications of chemical process calculations. Students will learn to perform material and energy balances, calculate process variables, and design chemical processes.

Source: Youtube (Fun Unlimited - Lion Rajmohan's channel)

Course suitable for

Chemical & Pharmaceutical
Energy & Utilities
Chemical & Process

Key topics covered

1. Understand chemical process calculations

2. Apply material and energy balances to chemical processes

3. Develop skills in process design and simulation

4. Analyze and solve chemical engineering problems

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.

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Questions and Answers

Q: Can you explain the importance of material balances in chemical process calculations?

A: Material balances are fundamental in chemical process calculations as they help ensure the conservation of mass in any chemical process. By accounting for all input, output, accumulation, generation, and consumption of materials, engineers can design, operate, and optimize processes efficiently. Accurate material balances are critical for process safety, cost estimation, and environmental compliance. For more detailed information, you can refer to the book "Introduction to Chemical Engineering Thermodynamics" by J.M. Smith or visit https://www.sciencedirect.com/topics/engineering/material-balance.

Q: How do energy balances complement material balances in process calculations?

A: Energy balances complement material balances by ensuring the conservation of energy in a chemical process. While material balances account for mass flow, energy balances track heat and work interactions, internal energy changes, and enthalpy variations. This helps in designing heating/cooling systems, reactors, and separation units. Both balances together provide a comprehensive picture of process behavior. For a comprehensive explanation, see https://www.chegg.com/homework-help/questions-and-answers/chemical-engineering-energy-balances-q34626850.

Q: What is the difference between transient and steady-state material balances?

A: Steady-state material balances assume that process variables do not change with time, meaning the accumulation term is zero. This simplifies calculations and is common in continuous processes. Transient material balances consider changes over time, including accumulation or depletion of material inside the system, essential for batch processes or start-up/shutdown analysis. Understanding both is crucial for accurate process modeling. A detailed explanation can be found at https://www.efunda.com/process/steps/process_material_balance.cfm.

Q: How do you handle chemical reactions in material balance calculations?

A: Chemical reactions introduce generation and consumption terms in material balances. To handle them, you need stoichiometric coefficients and reaction extents. The mole balances for each species incorporate reaction rates and conversions. This allows calculation of how reactants are converted to products over the process. Reaction stoichiometry is key, and using extent of reaction simplifies the process. For practical examples, see https://chemengineeringwiki.org/wiki/Material_Balance_with_Reactions.

Q: Could you provide a step-by-step approach to solving process calculation problems systematically?

A: Certainly! A systematic approach to process calculations includes: 1) Define the system and its boundaries clearly; 2) Identify all known and unknown variables; 3) Apply material and energy balances; 4) Incorporate chemical reaction data if applicable; 5) Use appropriate thermodynamic and physical property data; 6) Solve simultaneous equations logically; 7) Check results for consistency and physical feasibility; 8) Document assumptions and calculations. This approach ensures accuracy and clarity. For an in-depth guide, visit https://www.cheresources.com/instructor/process-calculations.

Chemical Process Calculations: Online Course

Engineering Academy

FREE

Advanced course for professionals

Chemical Process Calculations: Online Course

Engineering Academy

Why enroll

Opportunities that awaits you!

Earn a course completion certificate

Career opportunities

Course content

Chemical Process Calculations: Online Course

Course details

Course suitable for

Key topics covered

Why people choose EveryEng

ADNOC

Mihir Upadhyay

LyondellBasell

Suresh Nawandar

SaiDeepa

Sunil Nukatti

Heelium

Siddharth Jain

Penta Global Engineering

Prashant Joshi

Engineering Academy

Questions and Answers

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