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首页> 外文会议>Asian and Pacific Coasts 2007 >RESEARCH ON THE COOLING WATER AND SEDIMENT NUMERICAL MODEL FOR THE THIRD WATER INTAKE AND WATER OUTLET PROJECT OF HUANENG YINGKOU POWER PLANT
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RESEARCH ON THE COOLING WATER AND SEDIMENT NUMERICAL MODEL FOR THE THIRD WATER INTAKE AND WATER OUTLET PROJECT OF HUANENG YINGKOU POWER PLANT

机译：华能营口电厂第三进排水工程冷却水泥沙数值模型研究。

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摘要

Huaneng Yingkou power plant plan to extend double 600 MW ultra-supercritical coal-fired generating units. After intake and bailing system of the secondary and third project is built, intake and bailing water increase firstly, secondly because of sea reclamation from harbor in the left of electric power plant and industrial base in the right, boundary condition is changed largely. The temperature diffusion numerical model and tide, wave and sediment mathematical model are built in the paper. The influence on intake system and water intake temperature of different layouts and design conditions is researched in the local marine hydrological conditions. Meanwhile Sediment erosion and silt law and density near the water intake is computed. This paper provide the evidence for design department.
机译：华能营口电厂计划扩建双600 MW超超临界燃煤发电机组。二，三期工程取水，取水系统建成后，取水和取水首先增加，其次是电厂左侧的港口海域填海和右侧的工业基地海水填海，边界条件发生了较大变化。建立了温度扩散数值模型和潮汐，波及泥沙数学模型。在当地海洋水文条件下，研究了不同布局和设计条件对取水系统和取水温度的影响。同时，计算了入水口附近的泥沙冲淤规律和密度。本文为设计部门提供了依据。

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