1) Wax oil
蜡油
1.
Study of photocatalytic oxidation of wax oil in circulating-water by nanoscale TiO_2;
纳米TiO_2光催化氧化法处理含蜡油循环水的研究
2.
Study on Properties of Deep-Drawn Wax Oil and Residue of Typical Crude Oil in Shengli Oil Field;
典型原油深拔蜡油及渣油性质研究——胜利原油深拔蜡油及渣油性质研究
3.
Determination of Wax Oil and Wash Oil Contents by HPLC
蜡油和洗油的HPLC法测定
2) gas oil
蜡油
1.
Application of LBO-16H olefin-reducing catalyst in a gas oil FCC unit;
LBO-16H降烯烃催化剂在蜡油催化裂化装置的应用
2.
MHUG and MCI technologies can produce high quality diesels with lower impurity,good color,and over 10 number increase of CN through processing poor quality diesel and its mixing-oil with light gas oil.
以劣质柴油为原料进行MHUG或MCI,均可得到杂质含量低,颜色浅、十六烷值提高幅度10个单位以上的优质柴油;用MHUG还可以加工劣质柴油及其与轻蜡油的混和油,除可以得到优质柴油外,副产高芳潜石脑油和低BMCI值的乙烯裂解料;用MCI法加工劣质柴油,其柴油产率可高达98%。
3.
RN-32V was a catalyst newly developed by the Research Institute of Petroleum Processing for gas oil hydrotreating,and was first commercially applied at a 400kt/a gas oil hydrotreating unit of Sinopec Jinan Company,which was revamped from a 600kt/a diesel fuel hydrogenation unit.
RN-32V催化剂是石油化工科学研究院最新开发的新一代蜡油加氢处理催化剂,该催化剂在中国石化济南分公司由600kt/a柴油加氢精制装置改造而成的400kt/a蜡油加氢装置上进行了首次工业应用。
3) vacuum gas oil
蜡油
1.
Based on the Daqing vacuum gas oil’s reaction on an acid Y zeolite catalyst, hydride transfer and hydrogen transfer were distinguished as two different reaction stages during the catalytic cracking.
确定了大庆减压蜡油在酸性Y分子筛催化剂上反应时,负氢离子转移反应主要发生在反应前期(转化率为5%~10%)至反应中后期(转化率为60%~70%)的转化深度区间,而氢转移反应主要发生在反应后期(转化率>60%~70%)。
2.
The article introduces the automatic potentiometric titration for determination of basic nitrogen content in vacuum gas oil.
采用了自动电位滴定法测定蜡油中碱性氮含量。
4) waxy oil
含蜡原油
1.
Application on calculation of axial temperature drop along hot waxy oil pipeline;
含蜡原油热输管道轴向温降计算在大港石化公司的应用
2.
Calculation of Axial Temperature Drop along Hot Waxy Oil Pipeline;
热油管道输送含蜡原油的轴向温降计算
3.
Based on the different expressions of waxy oil specific heat for three continual temperature ranges,a formula to calculate the temperature along the hot waxy oil pipeline is derived from the balance of energy.
根据含蜡原油在三个不同温度区域的比热表达式,从能量平衡关系式出发,推导出了含蜡原油热输管道沿程温度分布的计算公式,并与苏霍夫温降公式进行了比较,认为采用给出的温降计算公式可以得到更为准确的总传热系数,该计算公式应用于管道设计中,可延长热站站间距离,降低出站油温,并可进一步降低管道最低允许输量。
5) waxy crude
含蜡原油
1.
Influences of shearing action and depressant on the rheological property of waxy crude;
剪切和降凝剂作用对含蜡原油流变性的影响
2.
Experimental research on characteristic temperature of waxy crude;
含蜡原油特征温度实验研究
3.
Effect law of shear on the visco-elasticity of waxy crude;
剪切作用对含蜡原油黏弹性的影响规律
6) 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
补充资料：蜡油
分子式：
分子量：
CAS号：
性质：见瓦斯油。
分子量：
CAS号：
性质：见瓦斯油。
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