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Research and Development Progress Report, 489. Value of desalted water for irrigation
Titre de série : Research and Development Progress Report, 489 Titre : Value of desalted water for irrigation Type de document : texte imprimé Mention d'édition : US - Government Printing Office Editeur : US - Government Printing Office Année de publication : 1969 ISBN/ISSN/EAN : CI-10619 Note générale : Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances. Langues : Anglais (eng) Mots-clés : Irrigation Desalinisation Salinité Qualité de l'eau Méthodologie Projet agricole Financement Culture irriguée Investissement Coût Ressource en eau Gestion des déchets Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances. Note de contenu : Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances. Research and Development Progress Report, 489. Value of desalted water for irrigation [texte imprimé] . - US - Government Printing Office . - US - Government Printing Office, 1969.
ISSN : CI-10619
Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances.
Langues : Anglais (eng)
Mots-clés : Irrigation Desalinisation Salinité Qualité de l'eau Méthodologie Projet agricole Financement Culture irriguée Investissement Coût Ressource en eau Gestion des déchets Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances. Note de contenu : Three irrigated areas in Arizona and California were studied to measure water quality benefits associated with desalted irrigation water at concentrations of 400, and 1,500 ppm. Desalting plant sizes were matched to areas having sufficient historic data and requisite environmental conditions to allow application of a case study approach. Cost comparisons are made between electrodialysis and multistage flash distillation methods and between nuclear and non - nuclear sources of energy. Crops were selected according to salinity and climatic tolerances. Réservation
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