Abstract
Humanity is facing an always increasing scarcity of water of satisfactory quality (what we call fresh water), not only for domestic and industrial needs, but also for agriculture.13
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E. Ackerman & G. O. G. Löf. 1959. Technology in American Water Development. The Johns Hopkins Press, Baltimore.
S. Baron. 1964. Economics of Reactors for Power and Desalination. Nucleonics, 22,(4): 67–71.
Bechtel Corporation. 1964. Cost Studies of Large Multistage Flash Saline Water Conversion Plants. Office of Saline Water Research and Development Progress Report No. 116.
Catalytic Construction Company. 1964. A Study of Desalting Plants (15 to 150 mgd) and Nuclear Power Plants (200 to 1500 MWt) for Combined Water and Power Production. Office of Saline Water Research and Development Progress Report No. 124.
Chemical Engineering. 1965. p. 25 (Jan. 2).
Chemical Engineering. 1965. 72 (16): 46-48 (August 2).
R. Colas. 1962. De l’éventualité et de la nécessité de fabriquer de l’eau douce à partir de l’eau de mer. Dechema Monographien 47: 5–15. Verlag Chemie, Weinheim.
B. F. Dodge & A. M. E. Eshaya. 1960. Thermodynamics of Some Desalting Processes. Advances in Chemistry, Series 27: 7–20.
R. B. Evans & M. Tribus. 1965. Thermoeconomics of Saline Water Conversion. I&EC Process Design and Development 4: 195–206.
J. Hirschleifer, J. C. De Haven & J. W. Milliman. 1963. Water Supply Economics, Technology and Policy. The University of Chicago Press, Chicago.
R. Matz. 1965. Desalination of Sea and Brackish Water. The Present Status of the Art in Israel, p. 87–108. In Acqua dolce dal mare. Tamburini Editore, Milano.
G. W. Murphy. 1956. The Minimum Energy Requirements for Sea Water Conversion Processes. Office of Saline Water Research and Development Progress Report No. 9.
G. Nebbia. 1965. Il problema dell’acqua e la trasformazione delle acque salmastre in acqua dolce. Cacucci Editore, Bari.
G. Nebbia, E. M. Pizzoli & O. De Marco. Alcune proprietà fisiche dell’acqua del mare tale e quäle e concentrata. (in press).
Office of Science and Technology. 1964. An Assessment of Large Nuclear Powered Sea Water Distillation Plants. Washington.
Report of the United States-Israel Desalting and Power Team. 1964. Washington.
R. S. Silver. 1962. A Review of Distillation Processes for Fresh Water Production from the Sea. Dechema Monographien 47: 19–42. Verlag Chemie, Weinheim.
R. S. Silver & W. K. J. Weir. 1961. Fuel, Heat and Energy Aspects of Sea-Water Distillation. J. Inst. Fuel. p. 514-521.
H. C. Simpson & R. S. Silver. 1963. Technology of Sea Water Desalination. National Academy of Sciences. National Research Council p. 387-413. (Publ. No. 942).
M. Tribus & R. Evans. 1962. Thermo-economic Considerations in the Preparation of Fresh Water from Sea Water. Dechema Monographien 47: 43–71. Verlag Chemie, Weinheim.
M. Tribus & R. Evans. 1963. Thermoeconomics of Sea Water Conversion. Department of Engineering, University of California, Los Angeles, (Report No. 62-53).
M. Tribus, R. Asimow, N. Richardson, C. Gastaldo, K. E. Elliott, J. Chambers & R. Evans, 1960. Thermodynamic and Economic Considerations in the Preparation of Fresh Water from the Sea. Department of Engineering, University of California. Los Angeles, (Report No. 59-34).
United Nations. 1964. Water Desalination in Developing Countries. New York.
U.S. Department of Agriculture. 1955. Water. The Yearbook of Agriculture 1955. Washington.
U.S. Department of the Interior. 1963. Memorandum Report on Combination Electric Power and Sea Water Desalting Plants in Arid Low Cost Fuel Areas. Washington.
Water Resources, Use and Management. 1964. Melbourne University Press, Melbourne.
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Nebbia, G. (1968). Economics of the Conversion of Saline Waters to Fresh Water for Irrigation. In: Boyko, H. (eds) Saline Irrigation for Agriculture and Forestry. World Academy of Art and Science, vol 4. Springer, Dordrecht. https://doi.org/10.1007/978-94-017-6016-4_20
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DOI: https://doi.org/10.1007/978-94-017-6016-4_20
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