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首页> 外文期刊>Computers and Electronics in Agriculture >Economic assessment of a smart traceability system (RFID plus DNA) for origin and brand protection of the pork product labelled 'suinetto di Sardegna'
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Economic assessment of a smart traceability system (RFID plus DNA) for origin and brand protection of the pork product labelled 'suinetto di Sardegna'

机译:猪肉产品的起源和品牌保护智能可追溯性系统(RFID Plus DNA)的经济评估标有“Suinetto di Sardegna”

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摘要

The suckling piglet is a typical niche meat product traditionally slaughtered before weaning at nearly one month of age. Due to African Swine Fever (ASF) foci and dumping phenomenon the pork production system of the island suffers from exportation restriction and competition with imported of pork products from GDO circuits, often claimed as local. A bottom-up analysis highlighted the need to establish a robust system of origin and brand protection for the suckling piglet labelled "Suinetto di Sardegna". Previous experiences tested the opportunity offered by the integrated system of identification of animal and products based on the RFID technology, paired with molecular analysis (DNA) for meat traceability. This study reports the economic evaluation of such a smart traceability system, through the introduction of technologically advanced tools in the traditional process of production. A comparative evaluation of conventional vs. RFID + DNA system was carried out and costs are compared. The break even point (BEP) calculated following the potential investment for the adoption of the RFID + DNA system for origin and brand protection highlighted that the abattoir of the circuit "Suinetto di Sardegna" should sell at least 17 piglets or the equivalent of 1305.00 euros in sales before any profits could be realized. In the light of production capacity of an extensive traditional farming system, this value requires high numbers of production units (unit = whole carcass of suckling piglet). In addition, this economic evaluation was only related to representative farms and did not take into account seasonal fluctuations or effective geo-distribution of farms, but was based on average yearly production and spatial distance of farms from abattoir. Decreasing trend of costs due to massive deployment of RFID and the diffusion of molecular analyses for traceability purposes may be forecasted and minimum acceptable levels of economic BEP can be achieved in a short period. If the new technology becomes a standard for the traceability of the suckling piglet, incremental benefits can arise from the reinforcement of the brand "Suinetto di Sardegna".
机译:哺乳仔猪是一种典型的利基肉类产品,传统上在近一个月的时候在断奶前屠宰。由于非洲猪瘟(ASF)焦点和倾销现象,岛屿的猪肉生产系统遭受出口限制和与来自GDO电路的猪肉产品的竞争,往往声称为当地。自下而上的分析突出了为婴儿吮吸仔猪标记为“suinetto di sardegna”的哺乳仔猪来建立一个强大的起源和品牌保护。以前的经验测试了基于RFID技术的动物和产品鉴定综合系统提供的机会,配对分子分析(DNA)进行肉类可追溯性。本研究报告了这种智能可追溯性系统的经济评估,通过引入传统生产过程中的技术先进的工具。进行常规与RFID + DNA系统的比较评价,比较成本。在采用RFID + DNA系统的潜在投资之后计算的破裂均匀的点(BEP)突出显示,电路的ABATTOIR“Suinetto di Sardegna”的AbattoIr应销售至少17只仔猪或相当于1305.00欧元在任何利润可以实现之前销售。根据广泛的传统农业系统的生产能力,该价值需要大量的生产单位(单位=哺乳仔猪的整个尸体)。此外,这种经济评估与代表性农场有关,并没有考虑季节性波动或有效的农场地理分布,而是基于Abattoir农场的平均每年生产和空间距离。由于巨大部署RFID和分子分析的扩散可能预测可追溯性目的而降低成本趋势,并且在短时间内可以实现最低的经济BEP水平。如果新技术成为哺乳仔猪可追溯性的标准,可以从品牌“suinetto di sardegna”的加强中产生增量效益。

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