Wu Chia-Chun, Ling Chung-Huei, Hwang Min-Shiang
Department of Industrial Engineering and Management, National Quemoy University, Kinmen, 892, Taiwan.
Department of Computer Science and Information Engineering, Asia University, Taichung, 41354, Taiwan.
Sci Rep. 2024 Jan 25;14(1):2158. doi: 10.1038/s41598-023-50315-w.
In addition to substituting low-price and low-quality materials for high-quality materials at the food processing stage, many dishonest businesses risk adulterating chemical materials in products to reduce production costs or increase product flavor with chemical synthesis spices. As a result, the risks to food safety are increased. Most safety management and certification regulations proceed with on-site examination or sampling inspection. As current certification systems lack complete tracking and real-time certification processes, they cannot comprehensively check foods' processing and production processes and contents. Hence, food safety problems sway consumers' trust and confidence in certification systems. This study intends to improve the agricultural processing end's current food traceability certification system. Adding the design of raw material total quantity control provides a complete and sound real-time certification mechanism for citizens and businesses to assure consumer rights.
除了在食品加工阶段用低价低质材料替代优质材料外,许多不良商家还冒着在产品中掺假化学材料的风险,以降低生产成本或用化学合成香料增加产品风味。结果,食品安全风险增加。大多数安全管理和认证规定通过现场检查或抽样检查来进行。由于目前的认证系统缺乏完整的跟踪和实时认证流程,它们无法全面检查食品的加工、生产过程及成分。因此,食品安全问题动摇了消费者对认证系统的信任。本研究旨在改进农产品加工端当前的食品可追溯认证系统。增加原材料总量控制设计,为公民和企业提供一个完整健全的实时认证机制,以保障消费者权益。