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当前位置: 首页 > 文章 > 循环水养殖净化装置设计及循环水量影响因素研究 渔业现代化 2018 (1) 12-18
Position: Home > Articles > Study on the design of purification device for recirculating aquaculture and the influence factors of circulating water flow Fishery Modernization 2018 (1) 12-18

循环水养殖净化装置设计及循环水量影响因素研究

作  者：
张俊新;李明智;李晓丽;曹淑青;刘远;刘靖;潘强;连云
单  位：
大连海洋大学航海与船舶工程学院;大连海洋大学海洋科技与环境学院近岸海洋环境科学与技术辽宁省高校重点实验室;大连海洋大学水产与生命学院
关键词：
循环水养殖系统;气升泵;曝气头;循环水量;水体净化
摘  要：
为解决水产养殖生产中存在水质不利的情况,利用气升泵原理,设计和制作了一套循环水养殖净化装置。该装置在提升水的同时,可以曝气充氧、去除二氧化氮(CO2)、避免曝气扰动养殖空间和沉淀空间,有利于节能和净化水质等。该装置结构简单、工作可靠,以风机为运动机械,提供循环动力和曝气充氧。为确定装置的循环水量特点和影响因素,通过改变曝气头的结构、曝气气量,对升水管管径等进行试验。结果表明,在淹没水深1.0 m、提升高度0.6 m、升水管管径为110 mm、空气流量5 m~3/h的条件下,选用曝气头直径32 mm、曝气头孔径3.2 mm和侧面开孔形式时,该装置最大循环水量可以达到9.5 m~3/h;较粗的升水管和较细的曝气头组合,效果较好;曝气头侧面开孔、孔径较大,对设备有较大的性能提升。
译  名：
Study on the design of purification device for recirculating aquaculture and the influence factors of circulating water flow
作  者：
ZHANG Junxin;LI Mingzhi;LI Xiaoli;CAO Shuqing;LIU Yuan;LIU Jing;PAN Qiang;LIAN Yun;Key Laboratory of Marine Environmental Research of Liaoning Higher Education,College of Marine Science and Environment,Dalian Ocean University;College of Navigation and Shipbuilding Engineering,Dalian Ocean University;College of Fisheries and Life Science,Dalian Ocean University;
关键词：
recirculating aquaculture system;;air lift pump;;aerator head;;circulating water flow;;water purification
摘  要：
To solve the disadvantages of water quality in aquaculture production,a set of purification equipment for aquaculture was designed and made by using the air lift pump principle.The device can not only lift cycle water but also aerate,remove CO2,avoid turbulenting the culture space and precipitation space due to aeration,save energy and purify water quality. The device is simple in structure and reliable in work. Only the fan is a moving machine,which provides circulation power and aeration. The structure of the aerator head,aeration air volume and the diameter of the riser pipe in equipment was tested in order to determine the characteristics and influencing factors of the circulating water quantity. The test results has shown that,in the conditions of submerged depth of 1.0 m,lift height 0. 6 m,rise of pipe diameter 110 mm,the airflow 5 m~3/h,the aeration head diameter of 32 mm,aeration head aperture 3. 2 mm and side opening form,the circulating waterflow of device can reach up to 9.5 m~3/h.It is better of the combination of a thicker water inlet pipe and a small aerator head; The side opening and the larger aperture of aeration head can greatly improve the performance of the device.

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