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Introduction to Panel 2 Sustainable production design and supply chain initiatives

机译:第2小组简介可持续生产设计和供应链计划

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Industrial sustainability and circular economy have gained increased relevance in the policy-making agenda. Energy efficiency, within the broader field of resource efficiency, surely represents one effective means towards increased industrial sustainability. When dealing with manufacturing companies, as known, energy efficiency is strictly connected to the management and improvement of energy resources, from local and distributed generation to final use, offering energy and additional benefits, thus leading to a more sustainable production. Nevertheless, on the one hand investing in energy efficiency represents a complex decision-making process that needs to be thoroughly understood by both final users and external stakeholders. On the other hand, energy efficiency measures represent a wide set of actions that not only include the adoption of innovative technologies, but also require changes in the behaviour of operators for a more sustainable production. Therefore, a deeper understanding of the strong set of those relationships is crucial in order to tackle existing barriers and make leverage on the most important drivers to promote the adoption of best energy efficiency measures and practices. A boost towards energy efficiency can be done at various levels: through actions specifically devoted for final users, but also with a deeper coordination of the stakeholders involved in the supply chain of energy efficiency solutions, and through a creation of specific networks in which the exchange of experiences and knowledge should be fostered. In doing so, further considerations on the implications of the overall sustainability of companies and implications for their business are crucial. This panel aims at offering a contribution in the debate over the aforementioned issues through a unique blend of theoreti- cal and empirical studies, with contributions from industry, academia and policy-making institutions, organized into five main sub-streams as follows: ⅰ) investing in energy efficiency; ⅱ) benefits of energy efficiency; ⅲ) innovation for energy efficiency; ⅳ) network and supply chain for energy efficiency; and ⅴ) energy efficiency and heat.
机译:工业可持续性和循环经济在决策议程中越来越重要。在更广泛的资源效率领域内,能源效率无疑是提高工业可持续性的一种有效手段。众所周知,与制造公司打交道时,从本地和分布式发电到最终使用,能源效率都与能源资源的管理和改善紧密相关,从而提供能源和其他收益,从而实现更可持续的生产。然而,一方面,对能源效率的投资代表了一个复杂的决策过程,最终用户和外部利益相关者都需要全面理解。另一方面,能效措施代表了广泛的行动,不仅包括采用创新技术,而且还要求改变运营商的行为以实现更可持续的生产。因此,对这些牢固关系的深入了解对于解决现有障碍并利用最重要的推动因素以促进采用最佳的节能措施和做法至关重要。可以在各个层面上提高能源效率:通过专门针对最终用户的行动,也可以通过与能源效率解决方案供应链中的利益相关者进行更深入的协调,并通过建立特定的网络来进行交流。应当积累经验和知识。这样做时,进一步考虑公司整体可持续性的影响及其对业务的影响至关重要。该小组的目的是通过理论和实证研究的独特融合,以及工业,学术界和决策机构的贡献,在上述问题的辩论中做出贡献,分为以下五个主要子领域::)投资于能源效率; ⅱ)能源效率的好处; ⅲ)创新以提高能源效率; ⅳ)网络和供应链以提高能源效率; ⅴ)能源效率和热量。

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