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Building and demolition waste in the UK

机译:在英国建造和拆迁浪费

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摘要

Construction is by far the largest material-consuming activity in the UK. In 2016, the territory produced more than 800 kg of construction and demolition (C&D) waste per person.1 Most of these building materials are energy intensive to produce and environmentally costly to transport. Their premature replacement therefore contributes significantly to the increasing levels of greenhouse gases in the atmosphere. Under the influence of European legislation, the main policy focus for dealing with C&D waste has been to increase the rate of 'recovery'. In 2016 almost 90% of the UK's C&D waste in the UK is said to find a useful destination away from landfill.2 This waste recovery consists of three distinct practices: energy recovery, recycling, and reuse. First, energy recovery is the incineration of high caloric materials and subsequent heat recovery in order to produce hot water or electricity. It is only relevant to C&D waste that is suitably combustible, for instance timber and various plastics. Secondly, recycling is the practice of reprocessing waste materials to obtain a raw material that can replace newly extracted resources in a production process. This could be more precisely referred to as down-cycling as it results predominantly in very low quality materials.3 Burning, or chopping down, processed building materials is unsatisfying from a material management point of view, generating very little added value. Its environmental superiority over landfill is also questionable.
机译:建设是迄今为止英国最大的物质消费活动。 2016年,该领土生产超过800公斤的建筑和拆迁(C&D)浪费.1这些建筑材料中的大部分都是生产和环境昂贵的运输能力。因此,他们的过早替代额度促进了大气中温室气体水平的增加。在欧洲立法的影响下,处理C&D废物的主要政策重点是增加“恢复”的速度。 2016年,英国的近90%的英国C&D浪费据说,远离垃圾填埋场的有用目的地。此废物恢复包括三种不同的实践:能源恢复,回收和重用。首先,能量回收是焚烧高热量材料和随后的热回收以产生热水或电力。它仅与适当可燃的C&D废物相关,例如木材和各种塑料。其次,回收是重新处理废料的实践,以获得可以在生产过程中替代新提取的资源的原料。这可以更精确地称为下循环,因为它主要在非常低的质量材料中产生的结果.3燃烧或切碎,加工的建筑材料从物料管理的角度不满意,产生很少的附加值。它的环境优势在垃圾填埋场也是值得怀疑的。

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