Refereed Journals
Publications
(Corresponding Author listed bold)
1.
Hausman R., T. Gullinkala, and I.C. Escobar (submitted, 2009).
Development of Copper-Charged Polypropylene Feedspacers for Biofouling Control, Journal of Membrane
Science.
2.
Bordawekar M. G.G. Lipscomb, and I.C. Escobar (in press,
2009). Use of a Temperature Sensitive Surface Gel to Reduce Fouling, Separation, Science and
Technology.
3.
Gorey C., I.C. Escobar, C. Gruden, and G. Cai (2009). Development of Microbial Sensing Nanostructured Membranes, Desalination, 248:
99-105.
4.
Hausman R., T. Gullinkala, and I.C. Escobar (2009). Development of Low-Biofouling Polypropylene Feedspacers for Reverse Osmosis, Journal of Applied Polymer Science,
114 (5): 3068-3073.
5.
(invited) Escobar I.C. (2009). Low-biofouling prolypropylene feedspacers for RO; and, Desalination using forward osmosis
with nanofiltration membranes. The International Desalination & Water
Reuse (D&WR) Quarterly, 19
(1) 37-38.
6.
Morão
A.,
M.T.P. de Amorim, A. Lopes, I. Gonçalves, I.C. Escobar, J. Queiroz (2009).
Development of a Model for Membrane
Filtration of Long and Flexible Macromolecules: Application to Predict Dextran and Linear DNA Rejections in Ultrafiltration, Journal of Membrane Science, 336 (1-2):
61-70.
7.
Escobar
I.C.
(2008) Foreword: Selected Functionalized/Surface Modified Membrane-Related
Presentations from the North American Membrane Society 2007 Annual Meeting, Separation Science and Technology, 43 (16): 3937-3941.
8.
Escobar I.C., and S.
Ritchie (2008). Foreword: Selected Water/Wastewater Membrane-Related
Presentations from the North American, Environmental Progress, 27 (2):
169-172.
9.
Chennamsetty
R., and I.C. Escobar (2008). Evolution of a
Polysulfone Nanofiltration
Membrane following Ion Beam Irradiation, Langmuir, 24: 5569-5579.
10.
Chennamsetty
R., and I.C. Escobar (2008). Effect of Ion Beam
Irradiation on Two Nanofiltration Water Treatment
Membranes, Separation Science &
Technology, 43 (16): 4009-4029.
11.
Gorey
C., I.C. Escobar, C. Gruden, M. Coleman, O. Mileyeva-Biebesheimer (2008).
Development
of Smart Membrane Filters for Microbial Sensing, Separation Science & Technology,
43 (16): 4056-4074.
12.
Gullinkala T., and I.C.
Escobar (2008). Controlled Graft
Polymerization as a Tool for Membrane Surface Modification, Environmental Progress, 27 (2):
210-217.
13.
Morão
A.,
M.T.P. de Amorim, A. Lopes, I. Gonçalves, I.C. Escobar, J. Queiroz (2008).
Characterization
of ultrafiltration and nanofiltration membranes from rejections of neutral
reference solutes using a model of asymmetric pores, Journal of Membrane Science, 319: 64-75.
14.
(invited)
Escobar I.C., C. Gruden, and M. Coleman (2007). Development of Fouling
Resistant Water Treatment Membranes with Microbial Sensing Capabilities. Controlled Environments Magazine,
July/August 2007: http://www.cemag.us/articles.asp?pid=688.
15.
Sharp
M., and I.C. Escobar (2006). Determining the Effects of Coagulation
Pretreatment on Ultrafiltration. Best Membrane-Related
Papers, Kerry Howe, Technical Editor,
American Water Works Association, pages 169-186. ISBN
1-58321-475-5.
16.
Morão A.M.,
I.C. Escobar, and T. Gullinkala (2006). Increasing Membrane Fouling
Resistance through In-Situ Modifications. Best Membrane-Related Papers, Kerry
Howe, Technical Editor, American Water Works Association, pages 231-243. ISBN
1-58321-475-5.
17.
Chennamsetty R., I.C. Escobar, and X. Xu (2006). Polymer
Evolution of a Sulfonated Polysulfone Membrane as a Function of Ion Beam Irradiation
Fluence. Journal of Membrane Science, 280 (1-2): 253-260.
18.
Escobar I.C., C.
Schall, M. Coleman, and M. Pickett (2006). Engineering for Teachers of Migrant
Students (ETMS). Environmental
Engineering Science, 23
(3): 472-478.
19.
Escobar I.C. (2005). Membrane developed systems
for water and wastewater treatment. Environmental Progress, 24(4):
355-357.
20.
Sharp M., and I.C. Escobar (2006). Effects of Dynamic
Coagulation on Ultrafiltration. Desalination, 118:
239-249.
21.
Chennamsetty R., I.C. Escobar, and X. Xu (2006).
Characterization of Commercial Water Treatment Membranes Modified via Ion Beam
Irradiation. Desalination, 118:
203-212.
22.
Morão A., I.C. Escobar, M.T. Pessoa de Amorim, A.
Lopes, and I.C. Gonçalves (2005). Post Synthesis Modification of a
Cellulose Acetate Ultrafiltration Membrane for
Applications in Water and Wastewater Treatment. Environmental Progress, 24(4):
367-382.
23.
Peng W., and
I.C. Escobar (2005). Evaluation of factors influencing membrane flux
decline and initial flux. Environmental
Progress, 24(4): 392-399.
24.
Escobar I.C., E.
Hoek, C. Gabelich, F. DiGiano, Y. Le Gouellec, P. Berube, K. Howe, J. Allen, K. Atasi, M. Benjamin, P. Brandhuber,
J. Brant, Y. Chang, M. Chapman, A. Childress, W. Conlon, T. Cooke, I. Crossley, G. Crozes, P. Huck, S. Kommineni, J. Jacangelo, A.
Karimi, J. Kim, D. Lawler, Q. Li, L. Schideman, S. Sethi, J. Tobiason,
T. Tseng, S. Veerapaneni, and A. Zander (2005). American Water Works
Association Membrane Technology Research Committee Report: Membrane Fouling –
Recent Advances and Research Needs. Journal American Water Works
Association, 97 (8):
79-89.
25.
Escobar I.C., and A. Randall (2005). Ozonation and
Distribution System Biostability: Case Study. Water Quality in the Distribution
System, William C. Lauer, Technical Editor, American Water Works
Association. ISBN
1-58321-323-6.
26.
Hong S., I.C. Escobar, J.
Hershey, C. Hobbs, and J. Cho (2005). Biostability Characterization in a Full-Scale
27.
King S., I.C. Escobar, and X. Xu (2004). Ion
Beam Irradiation Modifications of a Polyether Sulfone
Commercial Water Treatment Membrane. Environmental Chemistry, 1 (1):
55-59.
28.
Peng W., I.C. Escobar, and D.
White (2004). Effects of water quality and membrane properties on performance
and fouling – A model development study. Journal of Membrane Science, 238 (1-2):
33-46.
29.
Peng W., and
I.C. Escobar (2003). Rejection efficiency of water quality parameters by
reverse osmosis (RO) and nanofiltration (NF)
membranes. Environmental Science and Technology, 37 (19):
4435-4441.
30.
Peng W., and I.C. Escobar (2002). Polymeric
Reverse Osmosis and Nanofiltration Membranes.
International Water & Irrigation, 22 (4):
61-63.
31.
Good K., I.C. Escobar, X. Xu,
M. Coleman, and M. Ponting (2002).
Effects of Ion Beam Irradiation on the Transport Properties and Fouling
Control of Commercial Membranes.
Desalination, 146:
259-264.
32.
Escobar I.C., A. Randall, S.K. Hong, and J.S.
Taylor (2002). Effect of Solution
Chemistry on Assimilable Organic Carbon Removal by
Nanofiltration: Full and Bench Scale Evaluation. Journal of Water Supply: Aqua,
51 (2): 67-76.
33.
Escobar I.C., A. Randall, and S.K. Hong
(2001). AOC and BDOC Removal by
Nanofiltration: Full and Bench Scale Evaluation.
Water Science and Technology: Water Supply, 1 (4):
35-42.
34.
Escobar I.C., and A. Randall (2001). Assimilable
Organic Carbon (AOC) and Biodegradable Dissolved Organic Carbon (BDOC):
Complementary Measurements.
Water Research, 35 (18):
4444-4454.
35.
Escobar I.C., A. Randall, and J. Taylor
(2001). Bacterial Growth in
Distribution Systems: Effect of Assimilable Organic
Carbon (AOC) and Biodegradable Dissolved Organic Carbon (BDOC). Environmental Science and
Technology, 35 (17): 3442-3447.
36.
Escobar I.C., and A. Randall (2001). Ozonation and
Distribution System Biostability: Case Study.
Journal American Water Works
Association, 93 (10): 77-89 (October
2001).
37.
Escobar I.C., S.K. Hong, and A. Randall
(2000). Removal of Assimilable Organic Carbon (AOC) and Biodegradable Dissolved
Organic Carbon (BDOC) by Reverse Osmosis and Nanofiltration Membranes. Journal of Membrane Science, 175 (1):
1-17.
38.
Escobar I.C., and A. Randall (2000). Sample
Storage Impact on the Assimilable Organic Carbon (AOC)
Bioassay. Water Research, 34 (5):
1680-1686.
39.
Escobar I.C., and A. Randall (1999). Influence of
Nanofiltration on Distribution System Biostability. Journal
American Water Works Association, 91 (6): 76-89 (June
1999).
Journal Guest
Editor
1.
Separation Science and
Technology, Volume
43 Issue 16 (December 2008). Special
Issue: Functionalized Membranes. Edited by I.C. Escobar.
2.
Environmental
Progress, Volume 27 Issue 2 (July 2008). Special Issue:
Membrane
Filtration for Water Treatment Papers from the NAMS 2007 Annual
Meeting. Edited by I.C. Escobar and
3.
Environmental
Progress, Volume 24 Issue 4 (December 2005). Special Issue: Membrane
Developed Systems for Water and Wastewater Treatment. Issue Edited by I.C. Escobar.
Books/Reports
Authored/Edited
1.
Escobar
I.C. and A. Schaefer (Editors). Sustainable Water for the Future – Water
Recycling versus Desalination. Elsevier. Expected publication: end of 2009.
2.
Escobar
I.C.
and T. Gullinkala (2008). Desalination pretreatment using controlled-chain
PEGMA-enhanced (Report # TD442.5.G84
2008), US Department of Interior Library:
http://www.usbr.gov/pmts/water/publications/reportpdfs/report138.pdf
3.
Escobar I.C. and G. Lipscomb
(Editors). Membrane
Filtration for Liquid Separations.
DEStech
Publications, Inc. Outline accepted in 2006.
4.
Escobar
I.C. and M. Sharp (2004). The Effects of Different Modes of
Coagulation as Pretreatment to Membrane Filtration for Drinking Water Production
in Small Systems (Report #TR 04-05),
5.
Najm I.N., Boulos
L., LeChevallier M., Norton C., Volk C., Randall A.,
Escobar I.C., Kiene L., and C. Campos (2000). Case Studies of the Impacts of Treatment
Changes on Biostability in Full Scale Distribution
Systems (Report # 90816).
Books
Chapters
1.
Escobar I.C. (in print, 2009), An Overview of the Global
Water Situation, In: Escobar I.C. and A.I. Schäfer (eds.), Sustainable Water for
the Future - Water Recycling versus Desalination, Elsevier Science, The Netherlands.
2.
Escobar I.C. (in print, 2009), A Summary of Challenges
still Facing Desalination and Water Reuse, In: Escobar I.C. and A.I. Schäfer
(eds.), Sustainable Water for the Future - Water Recycling versus Desalination,
Elsevier Science, The Netherlands.
3.
Gullinkala
T., Digman B., Gorey C., Hausman R. and I.C. Escobar (in print, 2009),
Desalination – Reverse Osmosis and Membrane Distillation, In: Escobar I.C. and
A.I. Schäfer (eds.), Sustainable Water for the Future - Water Recycling versus
Desalination, Elsevier Science, The Netherlands.