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Development of salt-sensing system for jellyfish desalting process

Author(s)
Rakmae, Samak
Sooraksa, Pitikhate
Pornchaloempong, Pimpen
Date Issued
January 1, 2020
Type
Article
DOI
10.18494/SAM.2020.2463
Abstract
In the seafood industry, a large amount of salt is added to preserve seafood products. During processing, it is necessary to desalt the products for the sake of customers' health. Unlike a large-scale factory, many small enterprises lack tools and methods for desalting and measuring the efficiency of the desalting process. We have developed a rapid prototype salt-sensing system that can measure the desalting efficiency. Dried salted jellyfish are used as testing materials to evaluate the system. The rapid prototype comprises a microcontroller, a wire, and a liquid crystal display. Using a simple mapping between electrical conductivity and actual data obtained from the measurement of samples, the sensing system is successfully calibrated. A method of desalting the salted jellyfish material is also proposed. This desalting method and the newly developed simple sensing system for the desalting process are expected to make a significant contribution to the seafood processing industry.
Citation
Sensors and Materials, 32(2), 521-530, 2020
Subjects

Desalting

Jellyfish

Salinity measurement

Salt sensor

Seafood process

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