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Dr. Kimberly L. Jones, Ph.D.
Associate Professor
Education
B.S. (1990), Civil Engineering, Howard University.
M.S. (1992), Civil Engineering, University of Illinois.
Ph.D. (1996), Environmental Engineering, The Johns Hopkins University.
Specialty
- Environmental Engineering
- Nano-Filtration Membranes
- Design of Nano-Scale Material
Research
- Separation, Recovery and Reuse of Surfactants
- Rejection Properties of Membranes
- Design of Nano-Scale Membranes
- Optimizing Membrane Filtering Technology
- Use of Membranes for Removal of Pathogens
- Waste Water Treatment
Publications
- Abitoye, J, Mukherjee, P. and Jones, K. “Ion Implantation: Effect on Flux and Rejection Properties of NF Membranes”, Environ. Sci. Technol. 39, No.17 (2005): 6487-6493.
- Mukherjee, P, Jones, K., and Abitoye, J. “Surface modification of nanofiltration membranes by ion implantation”, Journal of Membrane Science, 254, No.1-2 (205): 303-310.
- Jones, K., Leevy, J., and LaHee, S., High-Flux, Low-Fouling Membrane System for Wastewater Recycle in Space Missions, (2004) SAE 2004-01-2464.
- Jones, K., and O’Melia, C., “Ultrafiltration of protein and humic substances: Effect of solution chemistry on Fouling and Flux Decline”, Journal of Membrane Science, 193, No.2 (2001): 163-173.
- Jones, K. and O’Melia, C., “Protein and Humic Acid Adsorption onto Hydrophilic Membrane Surfaces: Effects of pH and Ionic Strength”, Journal of Membrane Science, 165 (2000): 30-46.
Subjects Taught
Water and Waste Water Treatment Plane Design, Operation of Environmental Systems, Introduction to Engineering, Introduction to Civil Engineering, Physical-Chemical Treatment Process, Transport Phenomena, and Special Topics in Environmental Engineering.
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