Reactor balance
Write the mass and energy balances of a simple reactor.
Technicians or engineers in the chemical industry.
General and physical chemistry, engineering mathematics, then risk analysis, toxicology, release models and explosions.
Skill labels as listed on Coursera.
Stated prerequisites: None required; high school chemistry recommended
Stated prerequisites: Single variable calculus and some computer programming ability
| Course | Level | Length | Rating (reviews) |
|---|---|---|---|
| Matrix Algebra for Engineers | Beginner | 20 h | 4.9 (4,726) |
| Differential Equations for Engineers | Beginner | 27 h | 4.9 (2,251) |
| Vector Calculus for Engineers | Beginner | 30 h | 4.8 (1,425) |
| Numerical Methods for Engineers | Intermediate | 40 h | 4.8 (451) |
| Mathematics for Engineers: The Capstone Course | Intermediate | 10 h | 5.0 (45) |
Stated prerequisites: Engineering background, especially chemical engineering
| Course | Level | Length | Rating (reviews) |
|---|---|---|---|
| Introduction to Process Safety and Risk Analysis | Intermediate | 9 h | 4.8 (244) |
| Chemical Hazards: Toxicology & Reactivity | Intermediate | 9 h | 4.8 (71) |
| Predictive Models for Toxic Chemical Releases | — | 13 h | 4.6 (64) |
| Fire and Explosion Hazards Analysis | Intermediate | 8 h | 4.8 (56) |
This path takes 207 hours, about 5 months at 10 hours a week. A Coursera Plus subscription gives access to most of its courses during that time.
Write the mass and energy balances of a simple reactor.
Program a Gaussian plume and map the area affected by a toxic release.
Run a HAZOP study on a simple process and rank the risks.