1) coker gas oil(CGO)
焦化蜡油(CGO)
2) coker gas oil
焦化蜡油
1.
Study on conversion of coker gas oil by two-stage riser fluid catalytic cracking;
焦化蜡油两段提升管催化裂化研究
2.
Studies on nitrogen distribution in products during catalytic cracking of coker gas oil;
焦化蜡油催化裂化产物氮分布的研究
3.
Oxidation desulphurization of coker gas oil by H_2O_2/acetic anhydride
双氧水/乙酸酐对焦化蜡油的氧化脱硫作用
3) coking gas oil
焦化蜡油
1.
Effect of citric acid on Ni-W catalysts for hydrotreatment of coking gas oil;
柠檬酸对Ni-W焦化蜡油加氢处理催化剂性能的影响
2.
The kinetic study on oxalic acid with basic nitrogen of coking gas oil;
乙二酸与焦化蜡油中碱性氮化物反应动力学
3.
Development of a coking gas oil hydrotreating catalyst;
焦化蜡油加氢处理催化剂的研制
4) coker gatch
焦化蜡油
1.
The acidic reagent can remove the basic nitrogen in coker gatch very well.
在实验室条件下考察了水浴温度、剂油比、含水量(酸的稀释比)等工艺条件对酸性试剂络合萃取脱除焦化蜡油中碱性氮化物的影响。
2.
After revamping, the unit has a processing ability to process diesel and coker gatch alternatively.
武汉分公司采用热高分流程对柴油加氢装置进行了技术改造,改造后加氢装置具有切换处理柴油和蜡油的能力,改善了焦化蜡油的性质,为催化裂化装置提供了优质的原料。
3.
The more serious problem is that shot coke is produced and the carbon residue content of coker gatch has been greatby increased.
而更为严重的是:生产出的焦炭产品是弹丸焦,焦化蜡油残炭大幅超标。
5) coker heavy gatch
焦化重蜡油
1.
The influence of the structure and property of Jinzhou coker heavy gatch on formation of needle coke was investigated by using elemental analysis, liquid chromatogram, FT-IR spectroscopy and molecular weight determination.
本文利用元素分析、液相色谱、傅立叶变换红外光谱、分子量测定等分析手段,研究了锦州焦化重蜡油的组成结构和性质对生产针状焦的影响,并通过与典型针状焦生产原料——锦州催化裂化油浆的比较,指出了锦州焦化重蜡油用作针状焦原料的不足。
补充资料：焦化试验室设计(见焦化厂试验室设计)
焦化试验室设计(见焦化厂试验室设计)
design of coking laboratory
J一aohua shiyanshi sheji焦化试验室设计(design of。oking laborato-ry)见焦化厂试验室设计。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条