Biological proceses in environmental enginering

coursetab

c_lecno	Title	files
00	Syllabus	Syllabus.pdf
01	L01_Introduction	L01_Introduction.pdf
02	L02_Basics of microbiology	L02_Basics of microbiology.pdf
03	L03_Enzyme Reactivity and Inhibition	L03_Enzyme Reactivity and Inhibition.pdf
04	L04_Stoichiometry I	L04_Stoichiometry I.pdf
05	L05_Stoichiometry II	L05_Stoichiometry II.pdf
06	L06_Stoichiometry III	L06_Stoichiometry III.pdf
07	L07_Bacterial energetics	L07_Bacterial energetics.pdf
08	L08_Microbial kinetics	L08_Microbial kinetics.pdf
09	L09_Reactors I	L09_Reactors I.pdf
10	L10_Reactors II	L10_Reactors II.pdf
11	L11_Bioreactor analysis & design I	L11_Bioreactor analysis & design I.pdf
12	L12_Bioreactor analysis & design II	L12_Bioreactor analysis & design II.pdf
13	L13_Bioreactor analysis & design III_revised	L13_Bioreactor analysis & design III_revised.pdf
14	L14_Wastewater treatment overview	L14_Wastewater treatment overview.pdf
15	L15_Biological wastewater treatment I	L15_Biological wastewater treatment I.pdf
16	L16_Biological wastewater treatment II	L16_Biological wastewater treatment II.pdf
17	L17_Practices of biological wastewater treatment	L17_Practices of biological wastewater treatment.pdf
18	L18_Innovative biological wastewater treatment processes	L18_Innovative biological wastewater treatment processes.pdf
19	L19_Anaerobic process	L19_Anaerobic process.pdf
20	L20_Toxic & recalcitrant compound removal	L20_Toxic & recalcitrant compound removal.pdf

code:

457.621_2020F

level:

year:

term:

staff:

Prof. Yongju Choi

department: