新兴和传统食品保鲜技术的能源和质量性能评估

James C Atuonwu , Savvas Tassou , Craig Leadley , Andrew Bosman
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引用次数: 2

摘要

对新兴食品巴氏杀菌技术(高压加工、微波体积加热、欧姆加热)的能源性能进行评估,以确定它们是否能够相对于传统工艺显著降低能耗和总体碳排放,同时在具有商业代表性的加工条件下提供同等的微生物致死率、营养和感官质量。产品质量(维生素C和风味化合物)数据已使用既定的分析和仪器方法收集,以基准可实现的产品质量改进。结果表明,在确定操作参数的前提下,新兴的电气技术在保持原料产品质量方面更具能源和主要资源效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy and quality performance assessment of emerging and conventional food preservation technologies

The energy performance of emerging food pasteurisation technologies (high pressure processing, microwave volumetric heating, ohmic heating) are evaluated to establish whether they can offer significant reductions in energy consumption and overall carbon emissions, relative to conventional processes, while delivering equivalent microbiological lethality, nutritional and organoleptic quality under commercially-representative processing conditions. Product quality (vitamin C and flavour compounds) data have been collected using established analytical and instrumental methods to benchmark achievable product quality improvements. The results show that for maintaining the raw product quality, the emerging electro-technologies are more energy- and primary resource-efficient, subject to identified operating parameters.

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