The influence of taking Jinzhushan anthracite as dominant with coke fine blended on the quality of formed coke is studied in this paper. 研究了以金竹山无烟煤为主配入焦粉后对型焦质量的影响。
The paper analyses the problem of inadequate self supply of coke and summarizes that the fluctuation of fine pulverized coal and the imbalance in charging are main reasons affecting coke production. 针对焦炭自供能力不足的问题进行了分析,煤粉碎细波动大、装煤量不均等是影响焦炭产量的主要原因。
The meager lean coal, after fine crushing, coked compatibility with gas-fat coal, fat coal, 1/ 3 coke coal and coking coal by weight ratio of1:1. 对细粉碎后贫瘦煤,与气肥煤、肥煤、1/3焦煤及焦煤按重量比1:1进行配伍共结焦实验。
It is pointed out that coal-based coke fine is one of the ideal carbon source for producing lithium ion battery anion materials, to produce lithium ion battery anion materials from coke fine is the effective way of realizing coke fine high value-added utilization. 指出,煤基焦粉是制备锂离子电池阳极材料的理想碳源之一,从焦粉制备锂电池阳极材料是实现焦粉高附加值利用的有效途经。
Improvement of Fine Grouping Coal Blending on Coke Quality 细化分组配煤对焦炭质量的改善
Manufacture of graphite artifacts with high density and fine structure by green petroleum coke powder 用生石油焦粉制造高密度细结构石墨制品
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
Using Humic Acid Sodium as the Binder of Briquetting Fine Coke DEVELOPMENT OF BINDERS FOR FORMING OF BAKING POWDER FROM MOLYBDENUM CONCENTRATE AND ITS BINDING MECHANISM 腐植酸钠用作粉焦成型粘结剂的研究钼精矿焙砂成型粘结剂的开发及作用机理
Fine coke formula can enhance compactness of baked carbon anode and mechanical strength, which is in favor of formula process improvement. 细颗粒配方能增加炭素焙烧阳极致密性、利于提高其机械强度,对改进配方工艺具有积极意义。
Application Test of Fine Coke Formula for Carbon Anode Production 细颗粒炭素阳极配方的应用试验
Based on adsorption of fine grained coke from coke plant against phenol in wastewater, the influences of various main factors on the adsorption rate of phenol have been studied. 用焦化厂细粒焦对废水中苯酚进行吸附,并研究了各种主要因素对苯酚吸附率的影响。
Effect of fine carbonous particle additives on coke formation of residue oil thermal reaction 碳质颗粒添加物对渣油热反应生焦的影响
Research on cool and hot performances of coke with fine coke for coking 配焦粉炼焦的焦炭冷、热态性能研究
Ultra fine particles, like coke powder, catalyst, entrained in oils, has always been a difficult challenge restricting the long-term continuum steady operation of industrial plant at low cost. 油品夹带焦粉、催化剂等超细颗粒,一直是制约装置长周期连续稳定高效运转的难题。