Research on the development of deep sea aquaculture engineering equipment in China

(Key Laboratory of Fishery Equipment and Engineering，ministry of Agriculture，
Fishery Machinery and Instrument Research Institute，Chinese Academy of Fishery Sciences，Shanghai 20092，china)

Online:2022-09-15 Published:2016-06-20

我国深远海养殖工程装备发展研究

（农业部渔业装备与工程技术重点实验室，中国水产科学研究院渔业机械仪器研究所，上海，200092）

作者简介:徐皓（1962—），男，研究员，研究方向：渔业装备。E-mail：xuhao@fmiri.ac.cn
基金资助:
上海市科委项目“大型海上渔业综合服务平台总体技术研究”（15DZ1202100）；农业部渔政管理项目“渔业装备与信息化战略研究”（2015KY007）

Abstract

Abstract: There are excellent conditions for developing aquaculture in deep sea waters including the high quality water, suitable regional or current water temperature, and very few terrigenous pollution & disease, etc.. The support of safe & reliable engineering equipment and guarantee system for marine operation is significant for developing deep sea aquaculture and realizing "deep blue fishery". Large-scale fish farming ships and cages facilities are the core equipment of deep sea aquaculture engineering, and also the leading R&D technology over the world. Based on the analysis of deep sea engineering equipment research progress, this paper proposed the strategic conception and pointed out the key tasks of boosting the scientific and technological progress in China's deep sea aquaculture engineering equipment and "deep blue fishery".

Key words: Deep sea aquaculture, Engineering equipment, development, research

摘要： 深远海水域拥有发展水产养殖优良的条件，包括优质的水源、适宜的区域性或洋流性水温，以及极少的陆源性污染与病害。一旦具备安全可靠的工程装备以及海上生产保障系统，对发展深远海养殖，形成“深蓝渔业”，具有极好的条件与深远的意义。大型养殖工船与网箱设施是发展深远海养殖工程装备的核心，也是国内外技术研发的前沿。本文在分析国内外深远海工程装备研究进展的基础上，提出了我国深远海养殖工程装备及“深蓝渔业”的战略构想，以及推进科技进步的重点任务建议。

关键词: 深远海养殖, 工程装备, 发展策略, 研究

XU Hao，CHEN Zhixin，CAI Jiqiang，HUANG Yixin，LIU Huang. Research on the development of deep sea aquaculture engineering equipment in China[J]. .

徐皓，谌志新，蔡计强，黄一心，刘晃. 我国深远海养殖工程装备发展研究[J]. 渔业现代化杂志.

[1]	XU Tiaojian1，JIN Yanru1，JIANG Meirong2，MA Changlei3. Prediction model of mooring force of deep-sea aquaculture platform based on sparrow search algorithm optimized BP neural network#br# [J]. , 2022, 49(6): 17-.
[2]	TANG Jiahong1, LI Xiuchen1,2,3, ZHANG Guochen1,2,3, LU Wei1,NI Shang1, ZHANG Hanbing1,2,3 ZHANG Qian1,2,3, ZHAI Yilin1,MU Gang1,2 . Research progress of mechanized harvesting equipment and technology of laver [J]. , 2022, 49(3): 1-.
[3]	MANG Qi1, 2, XU Gangchun3, ZHU Jian3, XU Pao3. Developmental status and prospective vision for China’s aquaculture [J]. , 2022, 49(2): 1-.
[4]	GUAN Chongwu1, ZHANG Yulei1,2, ZHANG Chenglin1,2. Preliminary study on the effect of bottom push flow on water quality in separated cabin culture systems of aquaculture vessels#br# [J]. , 2021, 48(5): 36-.
[5]	LIU Shijing1,2, LI Guodong1,2, TU Xueying1, MENG Feiliang1,2, CHEN Jun1,2. Research on the development of aquaculture production information technology [J]. , 2021, 48(3): 1-.
[6]	HUANG Yixin, BAO Xuteng, MEN Feiliang, GONG Muge, DING Jianle, LIANG Cheng, ZHOU Haiyan, TIAN Changfeng. Status of energy conservation and emission reduction and development suggestions of fisheries in China [J]. , 2021, 48(3): 10-.
[7]	ZONG Yanmei1, WEI Ke2, LI Guodong1,2, CHEN Zhixin1,2, TANG Xueda1, ZHANG Yutao2. Research progress on key technologies of marine fishery acoustic equipment [J]. , 2021, 48(3): 28-.
[8]	WANG Guibiao1, LI Guoqiang2, ZHANG Haibo1, CUI Xueliang1 . Analysis on the development of offshore fishing vessel type based on evaluation index of standard ship form#br# [J]. , 2021, 48(2): 40-.
[9]	WANG Gang, SUN Yiyan, CHEN Ding. Research progress and future development direction of fishing port engineering [J]. , 2020, 47(6): 8-.
[10]	CHEN Xiaolong, TIAN Changfeng, LIU Xingguo, HUANG Yixin, CHE Xuan, YANG Jiapeng, HONG Yang. Research progress and development suggestions of fish pump [J]. , 2020, 47(4): 7-.
[11]	HUANG Yixin, TIAN Changfeng, Meng Feiliang, BAO Xuteng, GONG Muge, DING Jianle, LIANG Cheng, ZHOU Haiyan. Research on the history, current situation and development of pond culture facilities and equipment in China#br# [J]. , 2020, 47(3): 10-.
[12]	YE Rui, SHI Rui, Wu Manling, Hu Jinpeng, CHENG Lijiao, LIANG Peng, CEHNG Wenjian. Application of high hydrostatics pressure in preservation of aquatic products [J]. , 2019, 46(6): 8-.
[13]	HUANG Da1,2, NI Qi2, HU Yongbing1,2, LI Jingang1, CHENG Binbin2. Design and experimental analysis of underwater fish tank cleaning robot system [J]. , 2019, 46(6): 29-.
[14]	CHE Xuan, ZHU Lin, LIU Xingguo. Research progress and development trend of Partitioned Aquaculture System#br# [J]. , 2019, 46(4): 1-.
[15]	XU Yanfei, LIU Huang. Research on development strategy of deep blue fisheries [J]. , 2019, 46(3): 1-.