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The challenge to overcome institutional barriers in the development of industrial residue based novel symbiosis products - Experiences from Finnish process industry

机译:在开发基于工业残留物的新型共生产品中克服制度障碍的挑战-芬兰加工行业的经验

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The sustainable utilisation of natural resources requires a new focus on optimal material cycles and material efficiency. Recycling and sustainable industrial development through improved process design are therefore key in this context. In this study, we assessed the potential barriers within the Finnish legal framework regarding the development of novel residue-based industrial symbiosis products. A review is also made of the UK based Waste and Resources Action Programme (WRAP) and Finnish MOTTVA initiatives both of which aim at promoting sustainable and efficient use of materials focussing on the examination of End of Waste (EoW) approaches and quality protocols that guide residue recovery. The research approach was based on both legal review and analysis of relevant policy instruments. The research material includes interviews of actors in both operations and environmental management in various process industry companies in Finland. An industrial symbiosis case study is presented based on previous research and close collaboration between the metals and forest products process industry. The main research question is "does EU policy and the legal framework at the national level create barriers to the development of innovative residue based symbiosis products despite the fact that achievement of the stated goals of 'recycling society' and 'sustainable industry' require sustainable use of natural resources and high level of material efficiency such as enhanced waste utilisation and prevention?" The results suggest that an innovative approach to environmental permitting and a comprehensive approach to recycling, encompassing new quality and environmental compliance criteria for certain recycled materials, should receive more focus in future decision-making. Material and energy efficiency, as well as life-cycle and systems thinking are all found to be essential elements of this new approach to inter-industrial residues streams. We find that the institutional status of one of our case study products in particular (a fertiliser product, based on multiple residue stream derived raw materials), should be clarified. This paper focuses on Finnish domestic framework issues. It is continuation of the article Watkins et al. (2013) Overcoming institutional barriers in the development of novel process industry residue based novel symbiosis products - case study at the EU level. However, it can be read as an individual research paper.
机译:自然资源的可持续利用要求重新关注最佳材料循环和材料效率。因此,在这种情况下,通过改进流程设计来实现循环利用和可持续工业发展至关重要。在这项研究中,我们评估了芬兰法律框架内有关开发基于残留物的新型工业共生产品的潜在障碍。还对英国的废物和资源行动计划(WRAP)和芬兰的MOTTVA计划进行了审查,这两项计划的目的都是促进材料的可持续和有效使用,重点是检查指导废物的方法(EoW)和质量协议残留物回收。该研究方法基于法律审查和相关政策工具的分析。研究材料包括芬兰各个过程工业公司的运营和环境管理方面的参与者访谈。基于先前的研究以及金属与林产品加工业之间的密切合作,提出了一个工业共生案例研究。主要研究问题是“尽管实现“循环社会”和“可持续产业”的既定目标需要可持续利用,但欧盟的政策和国家层面的法律框架是否为创新的基于残留物的共生产品的发展设置了障碍?的自然资源和较高的材料效率,例如提高废物利用和预防水平?”结果表明,一种创新的环境许可方法和一种综合的回收方法,其中应包括某些回收材料的新质量和环境合规标准,应在未来的决策中得到更多关注。物质和能源效率以及生命周期和系统思考都被认为是这种新的工业间残留物流处理方法的基本要素。我们发现,特别是我们的一个案例研究产品(一种肥料产品,基于多种残留物流衍生的原材料)的机构地位应予以澄清。本文重点关注芬兰国内框架问题。这是Watkins等人的文章的延续。 (2013)克服基于新型过程工业残留物的新型共生产品发展中的体制障碍-欧盟一级的案例研究。但是,它可以作为单独的研究论文阅读。

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