Development of Quality Evaluation Model for Supply Chain of Capture Fisheries in Southern Coast of Java

Authors

  • Adi Djoko Guritno Universitas Gadjah Mada, Faculty of Agricultural Technology, Department of Agro-industrial Technology
  • Mirwan Ushada Universitas Gadjah Mada, Faculty of Agricultural Technology, Department of Agro-industrial Technology
  • Novita Erma Kristanti Universitas Gadjah Mada, Faculty of Agricultural Technology, Department of Agro-industrial Technology
  • Melinda Sugiana Dharmawati Universitas Gadjah Mada, Faculty of Agricultural Technology, Department of Agro-industrial Technology
  • Nur Achmad Sulistyo Putro Universitas Gadjah Mada, Faculty of Mathematics and Natural Sciences, Department of Computer Science and Electronics

Keywords:

Fuzzy inference, Quality evaluation, SNI, Organoleptic testing

Abstract

This research highlighted the development of quality evaluation model for supply chain of capture fisheries in southern coast of java. The model was developed using organoleptic testing and fuzzy inference model. The characteristic of perishable capture fisheries required appropriate handling in packaging during supply chain. Improper storage methods might result on varied packaging temperature and quality degradation of fish texture on each tiers of supply chain. There was a highly needs for a method for quality control for supply chain of capture fisheries. The research objectives were: 1) to identify the quality degradation in each tiers of supply chain using organoleptic testing and packaging temperature; 2) to develop a quality evaluation model of capture fisheries using fuzzy inference. The model could be used to prevent quality deterioration during supply chain. The 6 (six) tiers of capture fisheries supply chain was identified as fisherman, fish auction, trader, trader (2 days storage), wholesaler, and retailer. 4 (four) types of packaging was evaluated as ice cube, gel, pack and shaved ice.  The quality was evaluated using organoleptic testing based on parameters of eye, gill, mucus, meat, smell and texture for 2 (two) types of capture fisheries: Tuna (Thunnus albakocore) and Skipjack (Katsumonus pelamis). The organoleptic testing indicated that packaging type B with Styrofoam and ice pack was most preferred among 6 tiers of supply chain. Most of the packaging temperature confirmed the relationship with the organoleptic score. The fuzzy membership was developed based on three (3) human senses as visual, smell and touch. Fuzzy inference rule was developed based on SNI 2729-2013. The input parameters were based on parameter of organoleptic testing as eye, gill, mucus, meat, smell and texture. The output were categorized as good, medium and poor quality. The research results indicated that the quality of capture fisheries could be evaluated using fuzzy inference model. The model could be used to propose cold chain system in supply chain of capture fisheries.

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Published

2021-12-30

Issue

Section

V-Management, Ergonomics and Systems Engineering