Pulse Brain · Growing Health Evidence Index
Tier 4 — Narrative / commentaryPeer-reviewedConventional

Valorization of side streams to enhance seafood sustainability

Advaitha Sreedharan, Kappat Valiyapeediyekkal Sunooj, Sathish Kumar Vellaisamy, Negi Sahil, Muhammed Navaf, Sarasan Sabu, Abhilash Sasidharan, V. Venugopal

Sustainable Food Technology · 2025

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Summary

This 2025 review in Sustainable Food Technology examines strategies for valorising seafood processing side streams—materials typically discarded or underutilised during commercial seafood production. The authors appear to synthesise evidence on converting these by-products into functional ingredients, animal feeds, biopolymers, or other value-added products, with implications for reducing waste and enhancing the overall sustainability of seafood supply chains. The work sits at the intersection of circular economy principles and food systems resilience.

Regional applicability

Given the UK's significant seafood processing sector and regulatory focus on waste reduction (Environment Act 2021, Food Waste Reduction Roadmap), findings on practical valorisation pathways and their economic viability may support UK processors in meeting sustainability commitments. Applicability depends on whether the review addresses temperate-water or mixed fisheries systems relevant to UK operations.

Key measures

Specific metrics are not evident from the title; likely measures include waste reduction rates, product yield, economic value recovered, or sustainability indicators associated with by-product utilisation pathways.

Outcomes reported

The study likely examined methods and potential applications for converting seafood processing side streams (such as shells, bones, viscera, and trimmings) into higher-value products. As suggested by the journal scope, the work probably assessed environmental, economic or nutritional benefits of such valorisation approaches.

Theme
Food supply chain
Subject
Aquaculture & fisheries
Study type
Narrative Review
Study design
Narrative review
Source type
Peer-reviewed study
Status
Published
Geography
International
System type
Aquaculture
DOI
10.1039/d5fb00236b
Catalogue ID
SNmoi1q5p4-6odstc

Topic tags

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