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Opportunities and Barriers in the Beneficial Utilisation of Process Industry Residues: from resource efficiency towards sustainability philosophy

机译:流程工业残渣的有益利用中的机遇与障碍:从资源效率到可持续发展理念

摘要

This doctoral dissertation describes novel material efficiency possibilities that exist within the forest products and ferrous metals sectors, the associated opportunities for, and institutional barriers to, solid residue utilisation within the Bothnian Arc Region in Western Finland. The way in which industrial symbiosis and industrial ecology approaches can be applied to the cooperation of multiple formerly separate industrial sectors is investigated, including the inter-industry utilisation of production residues for the manufacture of novel residue-based symbiosis products. A multidisciplinary research methodology is used to analyse: potential inter-industry cooperation to achieve improved eco-efficiency to support sustainable development, the residues involved, their characteristics, current and potential utilisations, novel inter-industry symbiosis product ideas and their environmental performance. The important issue of how symbiosis can be encouraged through addressing institutional aspects for residue handling and the changes that would support increased opportunities for efficiencies are explored and timely yet practical recommendations made to support this. Recommendations include requiring new approaches based on the waste hierarchy and life-cycle thinking, as well as further clarification of the implications of ‘end-of-waste’ legislation and criteria for product systems with multiple residue streams. Other recommendations encompass the application of best available techniques approaches to material efficiency and waste recovery in process industry environmental regulation and guidance, as well as addressing implications of the chemical safety of residue streams and residue-based products. Findings suggest that EU instruments claiming to encourage a comprehensive approach to sustainability, including consistency between various instruments, also need to be bolstered by integrated industry related instruments and soft law type approaches acting as guidance at appropriate levels. An overaching theoretical effort in this dissertation asks whether efficiency seeking is capable of delivering sustainable systems under the dominant paradigm of ecological modernisation if the absolute decoupling of industrial production from environmental impacts depends on wider systemic aspects. The incommensurability of the paradigmatic basis of industrial symbiosis with that of a wider, more sustainable form of industrial ecology is also explored and a case made for the continued application of both through support for pluralism in our ecological metaphors.
机译:该博士论文描述了林产品和黑色金属行业中存在的新型材料效率可能性,以及在芬兰西部的博特尼亚弧形地区内固体残渣利用的相关机会以及体制性障碍。研究了将工业共生和工业生态学方法应用于多个先前分离的工业部门的合作的方式,包括在工业间利用生产残留物来制造新型的基于残留物的共生产品。多学科研究方法用于分析:潜在的行业间合作以提高生态效率以支持可持续发展,所涉及的残留物,其特性,当前和潜在利用,新颖的行业间共生产品构想及其环境绩效。通过解决残留物处理的制度方面以及如何支持增加效率的机会的变化,探讨了如何鼓励共生的重要问题,并提出了及时而实用的建议来支持这种共生。建议包括要求基于废物等级和生命周期思维的新方法,以及进一步澄清“废物终结”法规和标准对具有多个残渣流的产品系统的影响。其他建议包括在过程工业环境法规和指南中应用最佳可行的技术方法来提高材料效率和废物回收,并解决残留物流和基于残留物的产品的化学安全性问题。调查结果表明,声称鼓励采用综合方法来实现可持续性的欧盟文书,包括各种文书之间的一致性,也需要得到与行业相关的综合文书和在适当水平上作为指导的软法类型方法的支持。如果工业生产与环境影响的绝对脱钩取决于广泛的系统方面,那么本论文的一项理论上的努力便是寻求效率寻求是否能够在生态现代化的主导范式下提供可持续的系统。还探讨了工业共生的范式基础与更广泛,更可持续的工业生态形式的不可通约性,并为通过在我们的生态隐喻中支持多元性而继续应用两者提供了理由。

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  • 作者

    Watkins Gary;

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  • 年度 2014
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  • 原文格式 PDF
  • 正文语种 en
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