期刊目次

加入编委

期刊订阅

添加您的邮件地址以接收即将发行期刊数据:

Open Access Article

International Journal of Materials Science. 2023; 5: (1) ; 17-20 ; DOI: 10.12208/j.ijms.20230005.

Energy saving material selection and energy optimization of thermal insulation firebrick
隔热耐火砖的节能选材与能源优化

作者: 朱卫国, 王国强, 施利新, 严海龙, 姚惠杰 *

浙江长兴绿色动力能源科技有限公司 浙江湖州

*通讯作者: 姚惠杰,单位:浙江长兴绿色动力能源科技有限公司 浙江湖州;

发布时间: 2023-03-15 总浏览量: 788

摘要

从生产陶瓷到金属热处理,隔热耐火砖均是窑炉工程师解决各类高温问题的关键所在。现如今,全球各地能源高度开发和利用使得能源消耗过于严重,因此提高能源的使用效率尤为重要,因此在进行隔热耐火砖时采用合理的手段降低能量损失十分关键。基于此,本文首先叙述了隔热耐火砖的生产工艺以及选择方式,其次进行了隔热耐火砖节能选材与能源优化实验,最后阐述了隔热耐火砖选择的其他影响因素。

关键词: 隔热耐火砖;节能选材;能源优化

Abstract

From the production of ceramics to metal heat treatment, thermal insulation refractory brick is the key to solve all kinds of high temperature problems. Today, energy consumption is so high due to the high development and utilization of energy around the world that it is particularly important to improve the efficiency of energy use, therefore, it is very important to use reasonable means to reduce the energy loss of insulating refractory bricks. Based on this, this paper first describes the production process and selection method of heat-insulating refractory brick, and then carries out energy-saving material selection and energy optimization experiment of heat-insulating refractory brick, finally, the other influencing factors on the selection of heat-insulating refractory bricks are discussed.

Key words: Heat-insulating firebrick; Energy saving material selection; Energy optimization

参考文献 References

[1] 赵海山.低导热耐火砖及纳米隔热材料在水泥生产中的应用[J].水泥技术,2022(005):000-001.

[2] 李艳,葛国锋,毛恩亮.一种纳米介孔隔热材料与耐火砖复合的窑衬结构[J].水泥,2020(9):3-4.

[3] 占华生,聂连山,李佳东,等.回转窑危废焚烧炉耐火材料的应用现状及设计选材优化[J].耐火材料,2021,055(002):151-154.

[4] 刘登山,王奎,喻玉玺.硅质隔热耐火砖制作工艺及质量控制程序和方法[J].工业炉,2022(002):044-045.

[5] 宋成辉洪志全.关于现代建筑节能保温设计及施工选材探寻[J].中国房地产业,2020,000(008):147-148.

[6] 任以立,任燕明,张清,等.隔热耐火砖的节能选材与能源优化[C]//新常态下耐火材料行业技术与发展研讨会.2020(1):1-2.

[7] 杨建华.麦尔兹窑内衬选材和修补方法的优化与改进[J].耐火与石灰,2022(003):047-048.

引用本文

朱卫国, 王国强, 施利新, 严海龙, 姚惠杰, 隔热耐火砖的节能选材与能源优化[J]. 国际材料科学通报, 2023; 5: (1) : 17-20.