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Research on the Pump-Vessel Combined Ore Lifting Equipment for Deep-Sea Rigid Pipe Mining System

机译:深海刚性管道开采系统中的泵船组合式矿石提升设备的研究

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摘要

It is known from the principle that the pump-vessel combined ore lifting method has high head, large ores lifting capacity, and long-term working reliability. When applied to the deep-sea rigid pipe mining system, the main pump and power equipment installed on the mining ship is more convenient to operate and maintain. According to Bernoulli's equation and two phases of hydrodynamics theory, the ore lifting equipment parameters have been calculated and analyzed. It is known that the pump head H of 1000 m sea mining system is 124-172 m and that of 5000 m sea mining system is 652-760 m. It is known that the pump-vessel combined lifting method is feasible in both theory and practice, therefore it is an ideal ore lifting method for a deep-sea rigid pipe mining system.
机译:从原理上可知,该泵-容器联合提矿方法具有扬程高,提矿能力大,长期工作可靠的特点。当应用于深海刚性管道采矿系统时,安装在采矿船上的主泵和动力设备更易于操作和维护。根据伯努利方程和流体力学理论的两个阶段,对矿石提升设备参数进行了计算和分析。已知1000m海上采矿系统的泵头H为124-172m,而5000m海上采矿系统的泵头H为652-760m。众所周知,泵-容器联合提升方法在理论和实践上都是可行的,因此,它是用于深海刚性管道开采系统的理想的矿石提升方法。

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