首页> 外文会议>Annual North American Waste to Energy Conference(NAWTEC15); 20070521-23; Miami,FL(US) >Development and Testing of a High Thermal Conductivity Refractory Tile System in a Waste-to-Energy Combustion Unit
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Development and Testing of a High Thermal Conductivity Refractory Tile System in a Waste-to-Energy Combustion Unit

机译:废物转化为能源的燃烧单元中高导热率耐火砖系统的开发和测试

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摘要

Refractory systems are used for tube wall protection in waste-to-energy (WTE) boilers. Through the years, continuous adjustments have been made to the refractory materials and product designs. Design modifications have incrementally improved tile systems from bolt-on to hidden-clip to back-cast systems. Different refractory types, such as gunning cements and other monolithics, have also been used with varying degrees of success. A new refractory system is currently evolving, borrowed from other advanced high temperature applications and adapted to fit WTE boiler designs. This new system is a radical change in design from conventional refractory systems.
机译:耐火材料系统用于废物能源转换(WTE)锅炉的管壁保护。多年来,对耐火材料和产品设计进行了不断的调整。设计修改已逐步改进了瓷砖系统,从螺栓固定到隐藏夹再到后浇系统。也已经使用了不同的耐火材料类型,例如喷胶水泥和其他整体材料,并取得了不同程度的成功。当前正在开发一种新的耐火系统,该系统是从其他先进的高温应用中借鉴而来的,并适合于WTE锅炉设计。这种新系统是与传统耐火系统相比在设计上的根本性变化。

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