Currently, seawater factory farming is gradually becoming an important development direction for aquaculture. With the continuous progress of technology and the gradual depletion of resources, seawater factory farming can solve the problems faced by traditional farming, such as pollution, feed scarcity, and ecological damage. This article conducts research on the evaluation strategies for the production capacity of seawater factory farming. After introducing seawater factory farming, the evaluation principles are described, and the main influencing factors such as water intake capacity and seawater treatment capacity are analyzed. The evaluation methods for the production capacity of seawater factory farming are pointed out. Based solely on this article, it serves as a reference for seawater factory aquaculture enterprises, in order to master scientific evaluation methods and lay a decision-making basis for optimizing future aquaculture infrastructure and related technologies.

Cheng Hao, Liu Kaiyuan. Research on the Evaluation Strategy of Production Capacity for Seawater Industrialized Aquaculture. The Frontiers of Society, Science and Technology (2023) Vol. 5, Issue 13: 78-82. https://doi.org/10.25236/FSST.2023.051313.

[1] Cheng Yuan, Gou Weimin, Zhou Wei, et al. Evaluation method for production capacity of seawater factory aquaculture [J]. Hebei Fisheries, 2014 (10): 60-62

[2] Jia Wenping, Fu Zhiru, Zhang Wei. Current situation and suggestions for industrialized aquaculture of seawater in Tianjin region [J]. Hebei Fisheries, 2018 (05): 27-28+49

[3] Zhang Yi, Mou Haijun, Liu Yingxia. Strategies for Sustainable Development of Seawater Aquaculture in China [J] China Science and Technology Forum, 2021 (14): 158-159

[4] Liu Baoliang, Lei Jilin, Huang Bin, et al. Development status and prospect of China's marine fish land-based industrial aquaculture industry [J] Modernization of Fisheries, 2015,42 (1): 1-5,10