Isabel C. Escobar
- Courses2
- Reviews3
- School: University of Toledo
- Campus:
- Department: Chemical Engineering
- Email address: Join to see
- Phone: Join to see
-
Location:
2801 Bancroft Street
Toledo, OH - 43606 - Dates at University of Toledo: April 2014 - November 2016
- Office Hours: Join to see
Biography
University of Toledo - Chemical Engineering
Professor of Chemical and Materials Engineering at University of Kentucky
Isabel
Escobar
Over 20 years (including graduate work) in testing biological stability of distribution systems and developing material chemistry for membranes. On the teaching side, and array of chemical and environmental engineering courses.
Specialties: Membrane separations for drinking water treatment.
Experience
Education
Instituto Pio XI
High school diploma
Publications
Study of the hydrophilic-enhanced ultrafiltration membrane
Environmental Progress 27 (2), 210-217
Study of the hydrophilic-enhanced ultrafiltration membrane
Environmental Progress 27 (2), 210-217
Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow
American Water Works Association
Kappagantula S. And I.C. Escobar (2004). “Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow,” 2003 AWWA Annual Conference, Orlando, FL, June 13-17, 2003.
Study of the hydrophilic-enhanced ultrafiltration membrane
Environmental Progress 27 (2), 210-217
Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow
American Water Works Association
Kappagantula S. And I.C. Escobar (2004). “Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow,” 2003 AWWA Annual Conference, Orlando, FL, June 13-17, 2003.
A new technique to fabricate high-performance biologically inspired membranes for water treatment
Separation and purification Technology
Study of the hydrophilic-enhanced ultrafiltration membrane
Environmental Progress 27 (2), 210-217
Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow
American Water Works Association
Kappagantula S. And I.C. Escobar (2004). “Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow,” 2003 AWWA Annual Conference, Orlando, FL, June 13-17, 2003.
A new technique to fabricate high-performance biologically inspired membranes for water treatment
Separation and purification Technology
Desalination: Reverse Osmosis and Membrane Distillation
Book Chapter, Sustainability Science and Engineering, 65-93
Study of the hydrophilic-enhanced ultrafiltration membrane
Environmental Progress 27 (2), 210-217
Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow
American Water Works Association
Kappagantula S. And I.C. Escobar (2004). “Evaluation of Ballasted Sand Flocculation and UV Disinfection Technologies for Combined Sewer Overflow,” 2003 AWWA Annual Conference, Orlando, FL, June 13-17, 2003.
A new technique to fabricate high-performance biologically inspired membranes for water treatment
Separation and purification Technology
Desalination: Reverse Osmosis and Membrane Distillation
Book Chapter, Sustainability Science and Engineering, 65-93
Development of copper-charger charged polypropylene feed spacers for biofouling control
Journal of Membrane Science 358 (1), 114-121
