Key Water Treatment Technologies and Their Use by Several Industrial Segments and Future Potential for Nanotechnology - Aquananotechnology: Global Prospects - page 263

15. Voutchkov, N. personal communication, Water Globe Consulting LLC, Stamford, CT (June
2010).
16. Voutchkov, N. “Seawater Desalination: Current Status and Challenges,” Water Globe Consulting
LLC, Stamford, CT.
17. “Nanotube Membranes Offer Possibility of Cheaper Desalination,” press release, Lawrence
Livermore National Laboratory, Livermore, CA (May 18, 2006).
18. “Evaluation of Nanotechnology for Application in Water and Wastewater Treatment and
Related Aspects in South Africa,” Executive Summary of Report No. KV 195/07, Foundation
for Water Research, Bucks, England (August 2007).
19. Australian Broadcasting Co., “Nanotechnology Key to Faster Desalination,” www.abc.net.au
(accessed August 25, 2009).
20. Sustich, R. “Nanotechnology Applications for Clean Water,” presentation at 2009 WATER
EXECUTIVE Forum, Philadelphia, PA (March 30-31, 2009).
21. Hotze, E.M. “Fullerences and Water Treatment: Impacts, Removal, Applications,” presentation
at 2009 WATER EXECUTIVE Forum, Philadelphia, PA (March 30-31, 2009).
22. Green, J. “Nanocomposite Reverse Osmosis Membranes,” presentation at 2009 WATER
EXECUTIVE Forum, Philadelphia, PA (March 30-31, 2009).
23. Tepper, F. “Nano Alumina Non-Woven Filters: An Alternative to MF/UF Membranes,” presen-
tation at 2009 WATER EXECUTIVE Forum, Philadelphia, PA (March 30-31, 2009).
24. Miller, R.S. “Carbon Nanotubes: A Fundamental Shift in Filtration,” presentation at 2009
WATER EXECUTIVE Forum, Philadelphia, PA (March 30-31, 2009).
25. Farmen, L.M. “Commercialization of Nanotechnology for Removal of Heavy Metals in Drinking
Water and Wastewater,” presentation at 2009 WATER EXECUTIVE Forum, Philadelphia, PA
(March 30-31, 2009).
Further Readings
Air Liquide-Balazs NanoAnalysis, Ultrapure Water Monitoring Guidelines, Revision 2.0 , Air-Liquide-
Balazs NanoAnalaysis, Fremont, CA (2007).
Betz Laboratories Inc., Betz Handbook of Industrial Water Conditioning , Betz Laboratories Inc. (now GE
Water & Process Technologies), Trevose, PA (1991).
Choules, P.; Schrotter, J-C; Leparc, J.; Gaid, K.; Lafon, D. “Improved Operation through Experience
with SWRO Plants,” ULTRAPURE WATER 25(7) , pp. 13-22 (October 2008).
Cohen, P., ed. The ASME Handbook on Water Technology for Thermal Power Systems , American Society
of Mechanical Engineers, New York, NY (1989).
Crits, G. Condensate Polishing—Puriication Technology for Steam Power , Tall Oaks Publishing Inc.,
Littleton, CO (2003).
Dietrich, J.; Voutchkov, N. “Comparison of Membrane and Granular Media Pretreatment, Toxin,
and Boron Rejection Results, and Energy Recovery Update in Carlsbad, Calif.,” ULTRAPURE
WATER 25(6) , pp. 55-60 (September 2008).
Henley, M. “Pharmaceuticals Remain a Key U.S. Water Treatment Market,” ULTRAPURE WATER
23(2) , pp. 18-21 (March 2006).
Lewis, J. “Nanotechnology May Decrease Energy Costs for Desalination,” Foresight Institute, www
.foresight.org (accessed June 2010).
Meltzer, T.H. Pharmaceutical Water Systems , Tall Oaks Publishing Inc., Littleton, CO (1997).
Stultz, S.C.; Kitto, J.B., eds., Steam: Its Generation and Use , 40th ed., The Babcock & Wilcox Co.,
Barberton, OH (1992).