도시 생활폐수 처리 및 재활용에 관한 막의 응용

김선일; 조성동

Journal of the Korean Industrial and Engineering Chemistry, Vol.4, No.4, 653-661, December, 1993

Export Citation

도시 생활폐수 처리 및 재활용에 관한 막의 응용

Application of Membrane in Municipal Wastewater Treatment and Reuse

김선일, 조성동

[References]

Chen C, Application of Microfiltration in Water and Wastewater Treatment, M. Eng. Thesis, AIT, EV-88-5, Bangkok, Thailand (1988)
Grethlein HE, J. Water Control Federation, 50, 754 (1978)
Ozaki H, NO 13 Domestic Wastewater Treatment, Japan International Cooperation Agency, Japan Society on Water Pollution Research (1989)
Smith LV, Gregario D, Talcott RM, The Use of Ultrafiltration Membrane for Activated Sludge Separation, 24th Annual Industrial Waste Conference (1969)
BenAim R, Peuchot MB, Vigneswaran S, Yamanoto K, Boonthanon S, A New Process for Water Reuse in Line Flocculation Crossflow Microfiltration, Proc. Water Poll. '88, pp. 613-619 (1988)
Chiemchaisri C, Design Consideration of Membrane Bioreactors in Domestic Wastewater Treatment, M. Eng. Thesis, AIT, EV-90-07, Bangkok, Thailand (1990)
Wong YK, Detailed Investigation of Effect of Operating Parameters in Ultrafiltration M. Eng. Thesis, AIT, EV-88-29, Bangkok, Tahiland (1988)
Mahmood T, Application of Direct Membrane Separation to Activated Sludge Process, M. Eng. Thesis, AIT, EV-88-25, Bangkok, Thailand (1988)
Khajornsak S, Domestic Wastewater Treatment Using Membrane Bioreactor, M. Eng. Thesis, AIT, Bangkok, Thailand (1989)
BenAim R, The Operating and Maintenance Costs of Ulterafiltration Process, Unpublished Technical Report, IFTS, Agency, France (1984)
Okuno N, Ishida K, Tanaka Y, Application of Anaerobic Fixed Bed Process to Domestic Wastewater Treatment Followed by Membrane Separation, Department of Sewage Works, Tokyo Metropolitan Government, Japan (1986)
Water Reuse Promotion Center, Tokyo, Japan, Technical Papers Related to Industrial Water Supply, Industrial Wastewater Treatment, Wastewater Reuse, Water Analysis and Desalination, pp. 201-208 (1990)
Water Reuse Promotion Center, Tokyo, Japan, Profiles of Industrial Water Supply and Pollution Study Team in Water Reuse Promotion Center, pp. 63-106 (1990)

[1] Chen C, Application of Microfiltration in Water and Wastewater Treatment, M. Eng. Thesis, AIT, EV-88-5, Bangkok, Thailand (1988)

[2] Grethlein HE, J. Water Control Federation, 50, 754 (1978)

[3] Ozaki H, NO 13 Domestic Wastewater Treatment, Japan International Cooperation Agency, Japan Society on Water Pollution Research (1989)

[4] Smith LV, Gregario D, Talcott RM, The Use of Ultrafiltration Membrane for Activated Sludge Separation, 24th Annual Industrial Waste Conference (1969)

[5] BenAim R, Peuchot MB, Vigneswaran S, Yamanoto K, Boonthanon S, A New Process for Water Reuse in Line Flocculation Crossflow Microfiltration, Proc. Water Poll. '88, pp. 613-619 (1988)

[6] Chiemchaisri C, Design Consideration of Membrane Bioreactors in Domestic Wastewater Treatment, M. Eng. Thesis, AIT, EV-90-07, Bangkok, Thailand (1990)

[7] Wong YK, Detailed Investigation of Effect of Operating Parameters in Ultrafiltration M. Eng. Thesis, AIT, EV-88-29, Bangkok, Tahiland (1988)

[8] Mahmood T, Application of Direct Membrane Separation to Activated Sludge Process, M. Eng. Thesis, AIT, EV-88-25, Bangkok, Thailand (1988)

[9] Khajornsak S, Domestic Wastewater Treatment Using Membrane Bioreactor, M. Eng. Thesis, AIT, Bangkok, Thailand (1989)

[10] BenAim R, The Operating and Maintenance Costs of Ulterafiltration Process, Unpublished Technical Report, IFTS, Agency, France (1984)

[11] Okuno N, Ishida K, Tanaka Y, Application of Anaerobic Fixed Bed Process to Domestic Wastewater Treatment Followed by Membrane Separation, Department of Sewage Works, Tokyo Metropolitan Government, Japan (1986)

[12] Water Reuse Promotion Center, Tokyo, Japan, Technical Papers Related to Industrial Water Supply, Industrial Wastewater Treatment, Wastewater Reuse, Water Analysis and Desalination, pp. 201-208 (1990)

[13] Water Reuse Promotion Center, Tokyo, Japan, Profiles of Industrial Water Supply and Pollution Study Team in Water Reuse Promotion Center, pp. 63-106 (1990)