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A Toxicity Reduction Exercise for Municipal Solid Waste to Energy Fly-Ash Utilising a Separation, Isolation and Treatment Process

机译:利用分离,隔离和治疗方法对市政固体废物的毒性减少运动

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The current situation for fly ash management and policy regulation in the United Kingdom / European Union, has developed the need for new toxicity reduction exercises. New EU wide policies are changing the type of treatment methods that can be legally used for the residues from waste-to-energy plants. In particular the disposal of flue gas treatment residues, which are classified as a hazardous waste, will not be acceptable to landfill according to the Waste Acceptance Criteria without a pre-treatment by 2007. This has raised a number of interesting engineering questions that need to be addressed. The novel TRE of metal matrix encapsulation has been designed based upon the principles of separation, isolation and treatment to meet these new criteria. Metal matrix encapsulation is a treatment program that employs existing industrial infrastructure to improve its usability and legal compliance.
机译:目前在英国/欧盟的粉煤灰管理和政策监管的现状发展了对新毒性减少练习的需求。新的欧盟广泛的政策正在改变可以合法地用于废物到能量植物的残留物的处理方法的类型。特别是根据2007年的废物接受标准,垃圾气体处理残留物的处理不会被垃圾填埋是垃圾填埋场的垃圾填埋场。这提出了许多有趣的工程问题得到解决。基于分离,隔离和治疗原理,设计了新型金属基质封装,以满足这些新标准。金属矩阵封装是一种处理程序,采用现有的工业基础设施,以提高其可用性和法律遵从性。

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