首页> 外文会议>16th annual North American waste to energy conference : Contract negotiations and plant expansions ; Conversion technologies ; WTERT: Focus on new technologyies ... >A Fourth Generation WTE Facility Designed for Energy and Materials Recovery: The Amsterdam AEB Waste-Fired Power Plant
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A Fourth Generation WTE Facility Designed for Energy and Materials Recovery: The Amsterdam AEB Waste-Fired Power Plant

机译:专为能源和材料回收而设计的第四代WTE设施:阿姆斯特丹AEB垃圾发电厂

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This paper describes a fourth generation WTE facility, the Waste-Fired Power Plant (WFPP~®) owned and operated by the City of Amsterdam. This plant is designed with the Best Available Technologies (BAT) to achieve the lowest possible emissions to air, water and soil, thereby creating the lowest possible nuisance levels to neighboring residents, offices and industries. The plant is also designed to maximize electricity production, and to recycle and recover the maximum amount of materials which include ferrous and non-ferrous metals, sand and granulate to produce building products and gypsum and salt from fluegas.rnIn addition the paper describes the design features applied to achieve the world's best energy efficiency and includes a discussion on the life cycle economic advantages of BAT applications and the positive effect of BAT on Green House Gas emissions.
机译:本文介绍了由阿姆斯特丹市拥有和运营的第四代垃圾发电设施,即垃圾发电厂(WFPP〜®)。该工厂采用最佳可行技术(BAT)进行设计,以实现对空气,水和土壤的最低排放,从而为邻近居民,办公室和行业创造最低的有害水平。该工厂还旨在最大程度地提高电力生产,并回收和回收最大数量的材料,包括黑色金属和有色金属,沙子和颗粒,以生产建筑产品以及由氟加石膏生产的石膏和盐。为实现全球最佳能源效率而采用的功能,并讨论了最佳可行技术应用的生命周期经济优势以及最佳可行技术对温室气体排放的积极影响。

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