Briquetting process and its production practice in Baosteel Phase 3 are introduced.
主要叙述宝钢三期成型煤的工艺及生产实践情况。
The effect of feed coal particle size on strength of briquette is discussed when different briquetting process and rank of coalification coal are adopted.
阐述了采用不同成型工艺和使用不同变质程度煤成型时，原料煤粒度对型煤强度的影响。
In addition, the effect of pre grinding on the briquetting process as well as on the strength of briquettes was investigated and a positive conclusion was obtained.
此外，还就预先碾压对于成型过程的影响进行了研究，并得到了肯定的结论。
In this study, the effects of hot briquetting process parameters on cold strength of the CCB, and the mechanism of the CCB high strength are investigated and discussed.
本研究重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
In this study, the effects of hot briquetting process parameters on cold strength of the CCB, and the mechanism of the CCB high strength are investigated and discussed.
重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
The effects of coal from different mines and hot briquetting process parameters on the cold strength of CCB were investigated, as well as the mechanism of acquiring high strength of CCB.
本研究重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
This paper analyses the process of coal hot briquetting and points out the way to improve squeeer.
对煤料的热压成型过程进行了分析，提出了改进挤压设备的途径。
This paper introduced the development of briquette production line, including the technical process and the main equipment. The roll type briquetting machine was introduced in details.
介绍了自行开发设计的一条连续型煤生产线的工艺过程和主要生产设备，重点介绍了对辊式型煤成型机的工作原理及结构特点。
Making biomass briquetting is a quite complicated process. It is influenced by many factors including temperature and stress.
将生物质压缩成型，是一个相当复杂的过程，除了受到压力、温度的影响之外，还受到多种因素影响。
The determined technological process is applied to the continuous briquetting test with the agglomeration ratio reaching 86.5%.
采用这一工艺过程进行连续成型试验，成球系数达到86.5%。
The key points of the process flow, main equipment and operation for fine lime briquetting production line of Nanjing Iron and Steel Integrated Corporation are described.
介绍了南钢石灰粉料压球生产线的工艺流程、主要设备和操作要点。
Through comprehensive analysis and discussion, the process of briquetting-smelting by closed-top blast furnace for copper smelting is selected.
通过综合分析与论证，选择了压团—炼铜密闭鼓风炉熔炼工艺。
Briefly expound the significance of fine coal briquetting in using coal resources, and introduce the concept, task and process classification of it.
本文对粉煤成型在充分利用煤炭资源方面的意义做了概括性的阐述，对粉煤成型的概念、任务及工艺分类等方面也做了简要的介绍。
The briquetting technology was simplified because of no needing of thermal dry process.
型煤制备工艺简化，不需要烘干工序。
The effect of additive amount of biomass and fat coal, briquetting pressure, coal sizes distribution, heating velocity of the carbonization process on the strength of formed coke were examined.
研究了生物质配入量、肥煤配入量、成型压力、 煤料筛分组成、炭化加热速度对型焦抗压强度的影响。
The effect of additive amount of biomass and fat coal, briquetting pressure, coal sizes distribution, heating velocity of the carbonization process on the strength of formed coke were examined.
研究了生物质配入量、肥煤配入量、成型压力、 煤料筛分组成、炭化加热速度对型焦抗压强度的影响。
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