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Improving energy efficiency in manufacturing using peer benchmarking to influence machine design innovation

机译:使用对等基准测试来影响机械设计创新,从而提高制造业的能源效率

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Energy efficiency in manufacturing is important for overall sustainability of society. This paper combines three observations to improve an overlooked part of the energy efficiency support infrastructure in food and drink manufacturing: innovation capability. First, variations in machine and process design produce significant differences in energy efficiency; second, these differences are not widely known or valued because comparable machine energy data are not gathered for the vast majority of products, so machine and process design is under-used as a route to efficiency improvement; third, peer benchmarking has proved to be an effective tool for stimulating change in other contexts, but has not been used at machine level in manufacturing. This paper describes and makes the case for a self-sustaining system in which machines would be validly compared on energy consumption and peer benchmarking would stimulate innovation in machine and process design for food manufacturing. The system, to be tested in a feasibility study, would benefit both food manufacturers and stakeholders. It would avoid dependence on public funding and enable stakeholders to provide value from the data. The paper contains the academic underpinning for the system and sets out an effective means of using it to achieve practical change.[GRAPHICS].
机译:制造业中的能源效率对于社会的整体可持续性很重要。本文结合了三个观察结果,以改善食品和饮料制造业中能效支持基础设施中被忽视的部分:创新能力。首先,机器和工艺设计的变化会导致能源效率的显着差异。其次,这些差异并未得到广泛了解或重视,因为没有为绝大多数产品收集可比较的机器能量数据,因此未充分利用机器和过程设计作为提高效率的途径;第三,对等基准测试已被证明是刺激其他情况下变化的有效工具,但尚未在制造过程中的机器级别使用。本文描述并提出了一个自我维持的系统,在该系统中,可以对机器的能耗进行有效比较,而同等基准测试将刺激食品制造机器和过程设计的创新。该系统将在可行性研究中进行测试,这将使食品生产商和利益相关者都受益。它将避免依赖公共资金,并使利益相关者能够从数据中提供价值。本文包含了该系统的学术基础,并提出了使用该系统实现实际更改的有效方法。[GRAPHICS]。

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