Energy and water consumption pattern in seafood processing industries and its optimization methodologies
Energy and water consumption pattern in seafood processing industries and its optimization methodologies
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Date
2021-10
Authors
S., Murali
V., Soumya Krishnan
P.R., Amulya
P.V. Alfiya
D.S., Aniesrani Delfiya
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Volume Title
Publisher
Elsevier
Abstract
The study aims to comprehensively assess the energy and water consumption pattern in the seafood industries and suggest measures for the sustainable development of the sector. The unscrupulous usage of water and higher consumption of energy resulted in an uncontrolled generation of wastewater and enormous usage of fossil fuels. In the seafood industry, energy is primarily used for machinery and equipment handling processes such as freezing, refrigeration, heating, cooling, and drying. Similarly, a huge amount of clean water is used for cleaning machinery and plant, and for operations like washing of raw material, de-icing, defrosting, and salt splashing. As a consequence, in the energy-water nexus, additional energy is required for drawing fresh water and further processing of wastewater demands energy that results in air pollution and greenhouse gas emissions and incurring additional costs to the plant. Hence, this review mainly focuses on the significance of energy and water use optimization in the seafood industry, the existing trend of energy and water use pattern and management practices, optimization strategies, and the seafood-energy-water nexus and its environmental implications.
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Citation
Cleaner Engineering and Technology, 4: 100242