Environmental Engineering-Chemical Processes

By ResearcherStore Uncategorized
Wishlist Share
Share Course
Page Link
Share On Social Media

About Course

Environmental Engineering-Chemical Processes.

Chemical, biological and physical processes are at the root of Environmental Engineering. A critical understanding of each process is required for an Environmental Engineer to be able to critically analyze a relevant problem. The current course on chemical processes will enable a student of this course to:

 Apply equilibrium equations and material balance equations to calculate conditions in environmental systems at equilibrium using the concept of components.

 Use chemical equilibrium programs such as VMINTEQ to calculate conditions in environmental systems at equilibrium.

 Apply kinetic equations, stoichiometric relationships, and material balances to calculate conditions in environmental systems in which reactions occur that are not at equilibrium.

 Apply fundamental aspects of thermodynamics to describe equilibrium conditions in environmental systems.

 Define equilibrium and kinetic limitations as relating to environmental systems and be able to discuss the relative importance of each for chemical processes in environmental systems.

 Demonstrate knowledge of important terminology for chemical processes occurring in environmental systems.

Join us!

 

Show More

What Will You Learn?

  • • Application of equilibrium equations and material balance equations to calculate conditions in environmental systems at equilibrium using the concept of components.
  • • Use of chemical equilibrium programs such as VMINTEQ to calculate conditions in environmental systems at equilibrium
  • • Application of kinetic equations, stoichiometric relationships, and material balances to calculate conditions in environmental systems in which reactions occur that are not at equilibrium.
  • • Application of fundamental aspects of thermodynamics to describe equilibrium conditions in environmental systems.
  • • Defining equilibrium and kinetic limitations as relating to environmental systems and the relative importance of each for chemical processes in environmental systems.
  • • Knowledge of important terminology for chemical processes occurring in environmental systems.

Course Content

Environmental Engineering-Chemical Processes

  • mod12lec60
    00:00
  • mod09lec44
    00:00
  • mod09lec43
    00:00
  • mod09lec42
    00:00
  • mod09lec41
    00:00
  • mod08lec40
    00:00
  • mod08lec39
    00:00
  • mod08lec38
    00:00
  • mod08lec37
    00:00
  • mod08lec36
    00:00
  • mod07lec35
    00:00
  • mod07lec34
    00:00
  • mod07lec33
    00:00
  • mod07lec32
    00:00
  • mod09lec45
    00:00
  • mod10lec46
    00:00
  • mod12lec59
    00:00
  • mod12lec58
    00:00
  • mod12lec57
    00:00
  • mod12lec56
    00:00
  • mod11lec55
    00:00
  • mod11lec54
    00:00
  • mod11lec53
    00:00
  • mod11lec52
    00:00
  • mod11lec51
    00:00
  • mod10lec50
    00:00
  • mod10lec49
    00:00
  • mod10lec48
    00:00
  • mod10lec47
    00:00
  • mod07lec31
    00:00
  • mod06lec30
    00:00
  • mod06lec29
    00:00
  • mod03lec13
    00:00
  • mod03lec12
    00:00
  • mod03lec11
    00:00
  • mod02lec10
    00:00
  • mod02lec09
    00:00
  • mod02lec08
    00:00
  • mod02lec07
    00:00
  • mod02lec06
    00:00
  • mod01lec05
    00:00
  • mod01lec04
    00:00
  • mod01lec03
    00:00
  • mod01lec02
    00:00
  • mod01lec01
    00:00
  • mod03lec14
    00:00
  • mod03lec15
    00:00
  • mod06lec28
    00:00
  • mod06lec27
    00:00
  • mod06lec26
    00:00
  • mod05lec25
    00:00
  • mod05lec24
    00:00
  • mod05lec23
    00:00
  • mod05lec22
    00:00
  • mod05lec21
    00:00
  • mod04lec20
    00:00
  • mod04lec19
    00:00
  • mod04lec18
    00:00
  • mod04lec17
    00:00
  • mod04lec16
    00:00
  • Environmental Engineering Chemical Processes
    00:00

Student Ratings & Reviews

No Review Yet
No Review Yet