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Laboratory Test of Lifting Pump for Deep Seabed Manganese Nodule

机译:深海底锰结核提升泵的室内试验

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The concept of continuous mining for manganese nodules, i.e. quasi-constant mass flow of nodules from seafloor sediment to surface, suggests three sub-operations in total mining: collecting, lifting, onboard treatment. The combination of the three components could be shaped by a self-propelled sea-floor mining robot, flexible conduit, buffer, lifting pumps and pipe and mining platform in principal configuration. The lifting technology is to transport the specified quantity slurry mixing sea water and nodule up to the support vessel. The lifting pump is developed to transport manganese nodule at 2,000 m depth. In December 2015, KRISO has performed the real sea test for the pilot scale lifting system, which is composed of lifting pump, buffer and riser. This paper introduces about the development and the laboratory test of lifting pump. Through the laboratory test, we will check the performance of lifting pump and the capacity of driving system prior to the real sea test.
机译:锰结核连续开采的概念,即结核从海底沉积物到地表的准恒定质量流量,提出了总开采中的三个子操作:收集,提升,船上处理。这三个组件的组合可以通过主要配置的自走式海底采矿机器人,柔性导管,缓冲器,起重泵以及管道和采矿平台来成型。提升技术是将指定数量的混合了海水和结核的浆液运输到支撑船。提升泵专为运输2,000 m深度的锰结核而开发。 2015年12月,KRISO对中试规模的举升系统进行了实海测试,该系统由举升泵,缓冲器和立管组成。本文介绍了起重泵的发展和实验室测试。通过实验室测试,我们将在真正的海上测试之前检查提升泵的性能和驱动系统的容量。

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