Robotics and Automation for Sustainable Seafood Processing: A Technical Overview

1. Introduction - The seafood industry is at a crucial turning point because of the increasing global demand for marine products. While this surge in demand holds promise, it also presents significant challenges and puts immense pressure on the fragile ecosystems of our oceans.

- P. Karthickumar, C. Mercy Amrita and N. Manimehalai

The conventional methods used in seafood processing have historically contributed to environmental degradation, overfishing, and pollution, further worsening these challenges. Additionally, the industry encounters inherent issues such as labor-intensive procedures, risks to worker safety, and inconsistencies in both quality and efficiency. All of these factors highlight the urgent need for innovative and sustainable practices that can not only meet the rising demand but also mitigate the industry's negative impacts on the environment and its workforce.

Addressing the growing need for sustainable practices in seafood processing is of paramount importance in order to preserve marine ecosystems while responsibly meeting the demands of consumers. Embracing sustainability requires adopting methods that not only protect the health and longevity of aquatic resources, but also reduce the industry's carbon footprint. Sustainable seafood processing needs a holistic approach that includes conserving marine life, minimizing waste, and implementing ethical practices throughout the supply chain. By prioritizing sustainability, it not only protects the oceans but also meet the expectations of an increasingly conscientious consumer base that seeks seafood products sourced ethically.