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New Irrigation System Design for Maximizing Irrigation Efficiency and Increasing Rainfall Utilization

机译:最大化灌溉效率和增加降雨利用的新型灌溉系统设计

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摘要

A new concept in irrigation system design, which has the potential of significant savings in both water and energy requirements, has been developed and is under evaluation. The system is characterized by and has been labeled a low energy-precision application (LEPA) system, which rather than spraying water into the air at moderate to high pressures, distributes it directly to the furrow at very low pressure through drop tubes and orifice controlled emitters. This occurs as the system continuously moves through the field in a rectilinear fashion. The system is used in conjunction with micro-basin land preparation which also optimizes the utilization of rainfall. The combined system minimizes the effect of soil and climatic variables which adversely influence furrow and sprinkler irrigation efficiencies. Significant savings of both water and energy resources are indicated from results of the limited testing to date.
机译:灌溉系统设计的新概念已经开发出来,并且有可能在节水和节约能源方面大幅度节省。该系统的特征是低能耗精密(LEPA)系统,该系统的特点是,该系统不是通过中压到高压向空中喷水,而是通过滴管和节流孔将其以非常低的压力直接分配到犁沟中。发射器。当系统以直线方式连续移动穿过磁场时,会发生这种情况。该系统与微流域土地整治结合使用,还可以优化降雨利用。组合系统使土壤和气候变量的影响最小化,这对犁沟和喷头灌溉效率产生不利影响。迄今为止的有限测试结果表明,水资源和能源均显着节省。

著录项

  • 作者

    Lyle W. M.; Bordovsky J. P.;

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  • 年度 1980
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  • 原文格式 PDF
  • 正文语种 en_US
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