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Principles of Chemical Processes - Mass & Energy Balance

Elevate Your Chemical Engineering Skills with Mass & Energy Balance Calculations and Pressure Computation.

  1. Topics
  2. Teaching & Academics
  3. Chemical Engineering

Principles of Chemical Processes - Mass & Energy Balance

InstructorOZIS Academy
Duration8h 20m
Students6,005
Rating4.3 (73)
Sponsored
Price
$0.00
$14.99
Coupon
23/100 uses left
Last checked 2m ago
Access
Premium only
Upgrade to unlock this course deal

Coupon history

Comidoc has tracked 7 coupons for this course since 2025, last checked 2m ago. On average, a new coupon appears roughly every 46 days.

Coupon codeDiscountAddedStatusLifetime
F7305272C27F0D9BCF51100% offSep 15, 202601:28 PM UTCExpired30d 23h
DA56BB16545DC602D2CA100% offAug 20, 202604:46 AM UTCExpired30d 23h
C6EC7E94D97F59B816CA100% offJul 23, 202605:43 PM UTCExpired30d 23h
4907D87E70B8FE62D159100% offJun 11, 202605:05 PM UTCExpired~31 daysRan full term
721AF028FDB727F0C984100% offDec 17, 202502:22 PM UTCExpired~5 daysRan full term
B6C884C30AEB577C017D100% offDec 11, 202502:10 PM UTCExpired~3 daysRan full term
Comidoc Analysis

Core Chemical Engineering Principles through Mass and Energy Balances

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Strengths

Detailed Reactive System Analysis

The curriculum provides depth in analyzing reactive systems, covering limiting and excess reactants, yield, selectivity, and degree of freedom analysis.

Numerical Problem Focus

Instruction includes solving numerical problems related to mass transfer, energy transfer, and gas laws to reinforce theoretical concepts.

Limitations

Lack of Formal Applied Exercises

The course lacks explicit hands-on projects, labs, or integrated quiz items within the curriculum structure.

Best suited to

  • Chemical engineering students
  • Process engineering students
  • Engineers refreshing mass and energy transfer fundamentals

Less suited to

  • Learners seeking project-based or lab-led instruction

Comidoc Score

6.5/10

Worth considering
Beginner-friendly

Comidoc verdict

The learning path begins with fundamental mixture compositions and pressure scales before moving into complex material and energy balances. This progression allows for a deep dive into gas laws and the quantitative analysis of reactive systems, including calculations for yield and selectivity.

The strength of the instruction lies in its focus on numerical problem-solving, which helps bridge the gap between theory and application. However, the curriculum lacks formal hands-on projects or interactive laboratory simulations to supplement these manual calculations.

This course is best suited for students or professionals in chemical, mechanical, or process engineering who require a rigorous mathematical foundation in mass and energy balances.

Score breakdown

Curriculum depth
8.8

The curriculum demonstrates depth in multiple areas, specifically regarding gas laws and reactive system analysis.

Applied learning
4.3

While learners report value in solving numerical problems, the curriculum lacks formal projects or quizzes.

Clarity & experience
5.8

Learner signals suggest the instruction is interactive and helpful for studying numerical problems.

Currency & reliability
5.0

The available evidence does not establish enough about current reliability to move this dimension away from neutral.

Audience fit
7.3

The curriculum aligns well with the stated goals of chemical and process engineering students.

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