An analysis on the preliminary benefits of aquaculture smart aeration control

Abstract

Abstract Aquaculture in Taiwan is characterised by high breeding densities of up to five times higher than the normal breeding densities. Pollution in the breeding environment and its adjacent waters have exacerbated the occurrence of disease outbreaks in fish, shrimp and shellfish, which greatly impacted the economy. Therefore, the parameters pertaining to water quality status, especially dissolved oxygen are particularly important. In addition to the rising cost of labour, land, infrastructure and other materials, the capital needed to engage in aquaculture has risen, whereas the profits have decreased. This limits the growth of aquaculture and fisheries. To overcome this problem, it is essential to shift towards efficient and ecologically precise smart aquaculture. The application of industrialised and smart systems in the vertical diffusion and in‐depth integration of aquaculture facilitates decision‐making, improves the level of intelligence in breeding, and enhance aquaculture's contribution to Taiwan's economy.

Keywords

• aquaculture
• smart
• water and electricity saving
• water quality analysis