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首页> 外文期刊>Journal of Solid Waste Technology and Management >A RADICAL NEW, ENVIRONMENTALLY ACCEPTABLE APPROACH TO HAZARDOUS WASTE MANAGEMENT IN THE UK -A CASE STUDY OF PLASMA ARC TECHNOLOGY
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A RADICAL NEW, ENVIRONMENTALLY ACCEPTABLE APPROACH TO HAZARDOUS WASTE MANAGEMENT IN THE UK -A CASE STUDY OF PLASMA ARC TECHNOLOGY

机译：英国有害废物管理的一种全新的，环境可接受的新方法-以等离子弧技术为例

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Driven by European legislation the UK has commenced a new phase in waste management where it seeks to introduce new and cost effective technologies to manage a range of wastes -including hazardous. Key to all these developments is the demonstration to the public that the new technologies are 'environmentally friendly' and do not in themselves create problems through excess production of say hazardous residues. The use of plasma arc technologies, especially in the treatment of hazardous wastes, is set to expand in the UK. The technology is intermediate within the waste management hierarchy and is characterised as an Advanced Conversion Technique (ACT) with Best Available Technique (BAT) attributes. Adoption is driven by the increasing stringency of environmental regulations, the requirement for efficient resource utilisation, the responsibility of original equipment manufacturers (OEMs) for product life cycle impact and the reducing capacity of traditional disposal mechanisms. Within this industrial climate, plasma technology is set to become an important component of sustainable waste management solutions. Tetronics' technology is mature and has been successfully employed in a range of commercial-scale environmental applications. This paper reviews recent developments in plasma arc technology for the treatment of Asbestos Containing Material as well as general aspects of other future prospects.
机译：在欧洲立法的推动下，英国开始了废物管理的新阶段，寻求引入具有成本效益的新技术来管理包括危险在内的一系列废物。所有这些发展的关键是向公众证明新技术是“环境友好的”，并且本身不会因过量生产有害残渣而造成问题。等离子弧技术的使用，特别是在危险废物的处理中，将在英国得到扩展。该技术是废物管理层次结构中的中间技术，其特征是具有最佳可用技术（BAT）属性的高级转换技术（ACT）。采用环境法规的严格性日益提高，对有效利用资源的要求，原始设备制造商（OEM）对产品生命周期影响的责任以及传统处置机制的能力下降都推动了这种采用。在这种工业环境下，等离子体技术将成为可持续废物管理解决方案的重要组成部分。 Tetronics的技术已经成熟，并已成功应用于一系列商业规模的环境应用中。本文回顾了用于处理含石棉材料的等离子弧技术的最新发展以及其他未来前景的概况。

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