In applying hot briquetting for ISP dross processing, influences of pressure, temperature, time of pressing on strength of hot briquetes have been examined.

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。

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。

The way how to improve the design of screw extruder used for hot briquetting process is introduced.

介绍了热压型焦工艺设备螺旋挤压机设计改进情况。

Study of the way to improve squeezer for hot briquetting process

煤料热压成型过程中挤压设备改进途径的探讨

Temperature Control in Coal Hot Briquetting Process with Gas Heat Carrier

气体热载体法热压型煤工艺的温度控制

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。

How the fineness of powdered magnesia due to grinding, briquetting pressure and light roasting temperature affect the bulk density of sintered magnesia were investigated through tests.

考察了细磨程度、成形压力及轻烧温度对烧结镁砂密度的影响。

Improving body briquetting pressure could promote densification of nanometer-level aluminum nitride, but such influence gradually became weak with improvement of sintering temperature.

提高坯体成型压力可以促进纳米级氮化铝烧结致密化，但此影响伴随烧结温度的提高而逐渐微弱。

The effect of the Briquetting pressure and additional amount of diluting agent on the synthesis reaction and products behavior are investigated.

研究成形压力、稀释剂添加量等参数对反应过程及合成产物性能的影响；

THE CAKING PROPERTY OF COAL FOR COLD BRIQUETTING Pressure Drop in Packed Beds of Small Particles

冷压成型用煤的粘结性细粒湿填料床的流动压降

Further more, it is showed that 20-30% of coal mixed in MSW and 15 MPa of briquetting pressure are suitable for preparation of RDF with optimum specifications.

在研究条件下，向MSW中掺入20%～30%的煤、15MPa左右的成型压力是制备RDF的较优条件。

In addition, characterization of particle group, briquetting pressure, water content and upgraded coal content were the major factors that affect briquette strength.

颗粒群特性、成型压力、水分含量和提质煤混合比例是影响型煤强度的主要因素。

Study on components of binder affected to the thermal stability of coal briquette

黏结剂组分对型煤热稳定性影响的研究

Quality Test of Coal Briquette in a Lab Scale

工业型煤质量的实验室检测研究

Analysis on factors affected to coal briquette combusted in industrial boiler

影响型煤在工业锅炉燃烧的因素分析

Study on the drying process of coal briquette

型煤干燥过程的研究

Analysis on Some Factors Influencing Coal Briquette Strength

影响工业型煤强度的因素分析

Study on sulfur fixation technology of coal briquette for civilian use

民用型煤的固硫技术研究

Study on Clean Fixed Sulphur Coal Briquette and Distribution System

洁净固硫型煤配送及燃烧工程研究

BRIQUETTING OF FINE COKE AND INDUSTRIAL GASIFICATION TEST Production Research and Pilot-plant Operation of Coke Breeze Briquette

粉焦的成型及工业性气化试验粉焦型球的研制及工业中试