水稻灌溉系统排水质量管理的农业工程技术

L. Kireycheva, Супрун В
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引用次数: 0

摘要

在缺水的条件下,来自水稻灌溉系统的慢矿化排水可以作为额外的水源。作者开发并试验了排水处理及其灌溉回用的农业工程技术。农业工程技术包括:1)生物吸附设施,借助特殊选择的天然矿物吸附剂去除矿物盐;2)更高的水生植被吸收生物源物质;3)开发的新型吸附剂对水进行调理。在卡尔梅克共和国的Sarpin灌溉系统进行的生物吸附设施测试结果表明其效率很高。矿化度从4.3 g/l下降到0.66 g/l,氯从78 mg/l下降到28 mg/l,钙从100 mg/l上升到124 mg/l。因此,所建议的排水处理技术的效率相当高,这使得使用净化的排水流用于灌溉目的而不会产生负面后果成为可能。该技术的应用将降低水稻灌溉系统的供水成本,取得一定的经济效益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Agroengineering technology for the rice irrigation systems to manage drainage flow quality
Under condition of water shortage slow-mineralized drainage water coming from the rice irrigation systems can be used as an additional source of water. Agro-engineering technology on drain-age flow treatment and its reusing for irrigation has been devel-oped and tested by the authors. Agro-engineering technology in-cludes: 1) biosorption facility to remove mineralsalts with the help of specially selected natural mineral sorbents, 2) higher aquatic vegetation to absorb biogenic substances; 3) the developed new sorbent to provide water conditioning. The results of biosorption facility testing carried out at the Sarpin irrigation system in the Republic of Kalmykia showed its high ef-ficiency. A decrease in drainage flow mineralization was observed (from 4.3 to 0.66 g/l), while chlorine decreased from 78 to 28 mg/l, as well as calcium increased from 100 to 124 mg/l. So the efficiency of the suggested technique of drainage flow treatment is rather high which made it possible to use purified drainage flow for irrigation purposes without negative consequences. The appli-cation of the developed technology will get an economic effect by reducing the cost of water supply for the rice irrigation system.
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