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Breakthrough process technologies for a substantially smaller carbon footprint of food processing

机译:突破性过程技术用于食品加工的大大碳足迹

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Due to the increasing pressure for sustainable food production new breakthrough technologies are needed by food processors. The optimization of current practice will not be sufficient to meet the food company goals of 20-30% reduction in carbon footprint within 10 years. Three examples of breakthrough technologies are described: self-cleaning equipment, high solids drying and self-controlled production units. Within the self-cleaning equipment ultrasound technology is used to remove deposits (proteins, fats and microorganisms) from equipment walls during production. To remove water from food products in a more energy efficient way high solids drying technology is needed. Finally, advanced computer simulation models can be used to control and optimize food production in a continuous manner. These substantially examples of breakthrough technologies show that the next innovations in food processing will also reduce energy consumption and, as a consequence, the carbon footprint.
机译:由于可持续食品生产压力越来越大,食品加工商需要新的突破性技术。当前实践的优化将不足以在10年内达到碳足迹减少20-30%的食品公司目标。描述了突破性技术的三个例子:自清洁设备,高固型干燥和自控生产单位。在自清洁设备中,超声技术用于在生产过程中从设备墙壁中除去沉积物(蛋白质,脂肪和微生物)。为了以更节能的方式从食品中除去水,需要高固固体干燥技术。最后,先进的计算机仿真型号可用于以连续方式控制和优化食品生产。这些基本上突破性技术的例子表明,食品加工中的下一步创新也将降低能耗,因此,碳足迹也将降低能耗。

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