A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Offshore deep water taking device and method
The invention discloses an offshore deep water taking device and method, and belongs to the technical field of deep sea culture. Comprising a movable water taking pipe, a water taking well, a water taking pipe lifting device, a transition cabin, a sea valve, a deep-layer water taking grid, a middle-layer water taking grid, a shallow-layer water taking grid, a bottom water taking grid, transition cabin side holes and a water retaining partition plate. The water retaining partition plate is connected to the movable water taking pipe and located above or below the middle-layer water taking grating, and the water retaining partition plate is used for controlling opening and closing of the middle-layer water taking grating. By adjusting the height of the movable water taking pipe and the position of the water retaining partition plate of the middle water inlet, deep sea water flows to a sea water pump suction port through the water taking pipe, a transition cabin located at the bottom of the ship, a sea valve and a related pipeline system, then deep water taking is achieved, and a more efficient and controllable water taking mode is provided; the water taking depth can be adjusted according to culture requirements and seawater characteristics, so that the production efficiency of aquaculture is improved, the energy waste is reduced, the environmental influence is reduced, and the sustainability is improved.
本发明公开了一种海上深层取水装置及方法，属于深远海养殖技术领域。包括活动取水管、取水井、取水管升降装置、过渡舱、海底阀、深层取水格栅、中层取水格栅、浅层取水格栅、底部取水格栅、过渡舱侧方开孔以及挡水隔板；挡水隔板连接于活动取水管且位于中层取水格栅上方或下方，挡水隔板用于控制所述中层取水格栅的开闭。通过本发明，调节活动取水管的高度及中部进水口的挡水隔板的位置，使深层海水通过取水管和位于船底的过渡舱与海底阀及相关管路系统至海水泵吸口，进而实现深层取水，提供更高效和可控的取水方式，可以根据养殖需求和海水特性来调整取水深度，从而提高水产养殖的生产效率，减少能源浪费，降低环境影响，增进可持续性。
Offshore deep water taking device and method
The invention discloses an offshore deep water taking device and method, and belongs to the technical field of deep sea culture. Comprising a movable water taking pipe, a water taking well, a water taking pipe lifting device, a transition cabin, a sea valve, a deep-layer water taking grid, a middle-layer water taking grid, a shallow-layer water taking grid, a bottom water taking grid, transition cabin side holes and a water retaining partition plate. The water retaining partition plate is connected to the movable water taking pipe and located above or below the middle-layer water taking grating, and the water retaining partition plate is used for controlling opening and closing of the middle-layer water taking grating. By adjusting the height of the movable water taking pipe and the position of the water retaining partition plate of the middle water inlet, deep sea water flows to a sea water pump suction port through the water taking pipe, a transition cabin located at the bottom of the ship, a sea valve and a related pipeline system, then deep water taking is achieved, and a more efficient and controllable water taking mode is provided; the water taking depth can be adjusted according to culture requirements and seawater characteristics, so that the production efficiency of aquaculture is improved, the energy waste is reduced, the environmental influence is reduced, and the sustainability is improved.
本发明公开了一种海上深层取水装置及方法，属于深远海养殖技术领域。包括活动取水管、取水井、取水管升降装置、过渡舱、海底阀、深层取水格栅、中层取水格栅、浅层取水格栅、底部取水格栅、过渡舱侧方开孔以及挡水隔板；挡水隔板连接于活动取水管且位于中层取水格栅上方或下方，挡水隔板用于控制所述中层取水格栅的开闭。通过本发明，调节活动取水管的高度及中部进水口的挡水隔板的位置，使深层海水通过取水管和位于船底的过渡舱与海底阀及相关管路系统至海水泵吸口，进而实现深层取水，提供更高效和可控的取水方式，可以根据养殖需求和海水特性来调整取水深度，从而提高水产养殖的生产效率，减少能源浪费，降低环境影响，增进可持续性。
Offshore deep water taking device and method
一种海上深层取水装置及方法
LIU HAITIAN (author) / CUI MINGCHAO (author) / HUANG WENYUN (author) / YU DUO (author) / YANG SUOXIAN (author) / ZHANG CHUNTAO (author) / LI JIANXUN (author) / YU YOUBIN (author)
2024-01-23
Patent
Electronic Resource
Chinese
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