Journal of Food, Agriculture and Environment
Integrated circulation technique of saline soil amelioration on electro-osmotic and vacuum dynamics: An exploration case in China
Author(s):
Hang Xu 1, 2,
Wei Chen 1, 2*, Chao Wang 1, 2, Bo Chen 3, Jinhu Yang 2Recieved Date: 2011-12-20, Accepted Date: 2012-04-26
Abstract:This paper combines the ideas of quick reinforcement of silt foundation, electro-osmotic and vacuum force dehydration, and water treatment techniques, constructing an integrated circulation technique of saline soil amelioration, presenting an exploration case on coastal golf field desalination. Basing on details of technical mechanisms, parameters and monitored data, the discussed comprehensive technique has certain advantages in saline remediation and obtains substantial saline removal efficiency, as well as capable of larger desalination extent, deeper remediation capability, shorter treatment period and little soil disturbance. The enjoyable current density, saline removal characteristics and electrodes corrosion is discussed afterwards.
Keywords:Circulating water supply,
recurrence restraint, electro-osmotic dynamic, saline soil amelioration, vacuum dynamicJournal: Journal of Food, Agriculture and Environment
Year: 2012
Volume: 10
Issue: 2
Category: Environment
Pages: 1273-1277
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