文章摘要
替代燃料破碎系统三级串联工艺技术改造与工程应用效果研究
Technical Reformation of Three-Stage Shredding System for Alternative Fuel and Its Application Effect
投稿时间:2026-05-29  修订日期:2026-07-06
DOI:
中文关键词: 替代燃料  三级破碎  工艺技改  粒径控制  能效提升
英文关键词: Alternative Fuel  Three-stage Shredding  Process Technical Reformation  Particle Size Control  Energy Efficiency Improvement.
基金项目:
作者单位邮编
王赫巍 中材国际环境工程(北京)有限公司 10012
孙兵 中材国际环境工程(北京)有限公司南京分公司 
吴鸿宇 中材国际环境工程(北京)有限公司 
唐超 中材国际环境工程(北京)有限公司 
张衍龙 中材国际环境工程(北京)有限公司 
孙玉鑫 中材国际环境工程(北京)有限公司 
杨东方* 中材国际环境工程(北京)有限公司 100102
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中文摘要:
      中材国际环境工程(北京)有限公司徐州分公司10万吨/年替代燃料加工中心原采用“一台双轴+一台单轴”破碎工艺,存在产能不足、吨电耗偏高、粒径不达标、原料品类单一、故障率高等问题,已无法满足下游水泥企业SCR改造后的供货及质量要求。为解决上述问题,依托三明生产线闲置双轴破碎机,实施破碎系统技改:新增一台双轴破碎机及配套皮带,优化工艺布局,调整刀片参数并升级变压器容量,形成“双轴+双轴+单轴”三级破碎工艺。技改后,系统台时产量由12.01t/h提升至15.00t/h,增幅24.90%;吨电耗由33.94kW?h/t降至29.01kW?h/t,降幅14.53%;故障频次由19.27%降至6.33%;成品D90<100mm。本次改造有效实现产能提升、能耗下降、质量优化、成本降低,为同类替代燃料破碎系统升级提供工程参考。
英文摘要:
      The 100,000 t/a alternative fuel processing center of Sinoma Environmental Engineering (Beijing) Co., Ltd. Xuzhou Branch originally adopted a two-stage shredding system with one twin-shaft shredder and one single-shaft shredder, which was confronted with such problems as insufficient output, high power consumption per ton, substandard particle size, single raw material type and high failure rate, and could no longer meet the supply and quality requirements of downstream cement enterprises after SCR renovation. To overcome these shortcomings, a technical renovation was implemented based on an idle twin-shaft shredder from the Sanming production line, including adding a new twin-shaft shredder and supporting belts, optimizing process layout, adjusting blade parameters and upgrading transformer capacity, so as to form a three-stage shredding process of “twin-shaft + twin-shaft + single-shaft”. After renovation, the hourly output increased from 12.01t/h to 15.00t/h, with an increase of 24.90%; the power consumption per ton decreased from 33.94kW·h/t to 29.01kW·h/t, with a decrease of 14.53%; the failure rate dropped from 19.27% to 6.33%; the particle size of finished products reached D90<100 mm. The renovation has effectively improved production capacity, reduced energy consumption, optimized product quality and lowered costs, providing an engineering reference for the upgrading of similar alternative fuel shredding systems.
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