1.
Study on Co-coking Blending Coking Coal with Low Temperature Coal Tar Pitch and Tarry Residue;
低温煤焦油沥青及焦油渣配煤炼焦实验研究
2.
Coking Test of Vacuum Residue with Ethylene Heavy Tar;
减压渣油掺炼乙烯重焦油共焦化试验
3.
Study on Thermal Coke Formation of Residue Blended with Ethylene Tar
渣油掺炼乙烯焦油热处理生焦反应的研究
4.
COKE FORMING TENDENCY OF LIQUID FRACTION OF DAQING RESIDUUM IN FCC PROCESS
大庆渣油液态组分催化裂化生焦倾向
5.
Study on the Fabrication of Construction Asphalt from Coke Residue
用焦化污油渣油生产建筑沥青的工艺研究
6.
Study on the Coking Reaction of Vacuum Residue with Heavy Aromatic Oil;
减压渣油掺炼高芳烃油焦化反应的研究
7.
Analysis of Slagging Problem in Wash Oil and Naphthalene Distillation Section
洗油加工和焦油萘蒸馏系统的结渣问题分析
8.
STUDIES OF INITIAL COKE FORMATION ON RESIDUAL HYDROCONVERSION CATALYST
渣油加氢转化催化剂初期结焦规律的研究
9.
Study on Comprehensive Utilization of Desulfuration Flyash Generated by CFB Boiler Combusting High Sulphur-containting Petroleum Coke and Coal;
CFB锅炉混烧高硫石油焦脱硫灰渣综合利用研究
10.
Study on Behavior of the Residue Slurry Phase Hydrocracking at Presence of Coke-carrier;
载焦剂存在下的渣油悬浮床加氢裂化行为研究
11.
Produce Recycled Brick with High-Sulfur Petroleum Coke Waste and Building Rubbish
利用高硫石油焦渣和建筑垃圾制备再生砖
12.
Experimental Research on Mortar Made by Desulphurize Ash and Dregs
利用石油焦脱硫灰渣制作砂浆的试验研究
13.
PROBLEMS AND SOLUTIONS OF CRUDE OIL DELAYED COKING UNIT PROCESSING HIGH BLENDING RATIO OF RESIDUE
大比例掺渣下稠油焦化运行的问题及对策
14.
Control of coking in oil slurry system of full-range VR FCC main fractionator
全减压渣油催化裂化分馏塔油浆系统结焦控制对策
15.
In addition, the kinetic characteristics of the residue and its four groups during coking were also investigated.
还探讨了渣油及其亚组分在焦化过程中的动力学特征。
16.
Effect of Asphaltene Dispersants on Coke Formation and Its Mechanism during Residue Thermal Reaction;
沥青质分散剂对渣油热反应生焦的影响及其作用机理
17.
THE EFFECT OF COMPOUND ADJUVANT ON COKE FORMATION IN RESIDUE SLURRY-BED HYDROCRACKING
复配助剂对渣油悬浮床加氢裂化反应的抑焦作用
18.
"After destructive distillation, coal leaves a solid residue, coke, while, coal-tar and pitch are collected as a distillate, and coal-gas is collected in gasometer"
煤干馏后剩下的固体残渣焦炭,而煤焦油和沥青则作为馏出物收集起来, 煤气则收集于储气器中