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SDI Flush Line Design and Precision Flush Management

机译:SDI冲洗线设计和精密冲洗管理

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A methodology is presented for designing SDI sub-units with Flush Manifolds using UDU (Ultimate Distribution Uniformity) and the CHLR (Cost Head-Loss Ratio). Using CHLR/UDU design protocols solves for the unknowns, qExtra, q Helped, the qNeutral location along the flush manifold, and the qZero array of distal lateral dead flow locations. Solving for these unknowns not only leads to optimal sub-unit design, it forms the basis for operational and flushing solutions in the field. Implementing CHLR/UDU design protocols for sub-unit SDI irrigation design and leveraging finesse to precision manage sub-unit flushing can dramatically reduce system cost, Improve the efficacy of sub-unit flushing compared to traditional solutions, and more correctly assess DUin terms of defined risk.
机译:提出了一种使用UDU(最终分布均匀性)和CHLR(成本头部损失比)用冲洗歧管设计SDI子单元的方法。使用CHLR / UDU设计协议为未知数,QEXTRA,Q解决,Q.沿冲洗歧管的Qneutral位置,以及远端横向死流量位置的Qzero阵列。解决这些未知数不仅导致最佳的子单元设计,它构成了现场操作和冲洗解决方案的基础。实现CHLR / UDU设计协议的子单元SDI灌溉设计和利用精确管理子单元冲洗可以显着降低系统成本,提高与传统解决方案相比,提高子单元冲洗的功效,更正确地评估定义的DUIN条款风险。

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