1) FCC slurry
催化油浆
1.
Effect of blending FCC slurry to the delayed coking production;
掺炼催化油浆对延迟焦化装置生产的影响
2.
In order to make full use of FCC slurry,SINOPEC Jinan Company conducted an experiment to test the feasibility of blending the slurry into feedstock of a delayed coking unit.
为解决催化油浆的出路问题,济南分公司在延迟焦化装置进行了掺炼催化油浆的试验,催化油浆在焦化原料中以不同的掺炼比例进行了试验。
3.
The FCC slurry from Qilu Petro-Chem and Shengli vacuum residue(VR)were mixed in different proportions.
将齐鲁石化胜利炼油厂北催化油浆(FCC)和胜利减压渣油(VR)以不同比例搀兑,在490℃、0。
2) Decant oil
催化油浆
1.
The properties of the mixed residuum were carefully investigated with the aid of modern analytical apparatus,when catalytical cracking decant oil was mixed with vacuum residuum;and some mathematical models of properties were built up.
借助一些现代分析手段对不同掺兑比下的南阳减压渣油和催化油浆的组成和性质进行分析 ,并对其变化规律进行了数学回归 。
2.
Zhongyuan vacuum residue and catalytic cracking decant oil propane deasphalting was carried out at the pilot continuous solvent deasphalting equipment.
以中原某炼油厂减压渣油和催化油浆为原料 ,结合溶剂脱沥青工艺的特点 ,以丙烷为溶剂对掺兑油浆后的减压渣油进行丙烷脱沥青研究 。
3) FCC slurry oil
催化油浆
1.
Several deasphalted oil samples were obtained from vacuum residuum and FCC slurry oil deasphalted at continuous propane deasaphalting pilot equipment.
研究发现,减压渣油和掺兑催化油浆的减压渣油的丙烷脱沥青油具有较好的产物分布和选择性;而催化油浆的脱沥青油的裂化性能较差。
2.
Battery sealing agent 20, which complies with Standard SH0421-92, can be manufactured based on the following process: adding a proper amount of FCC slurry oil to the deep-oxidized vacuum residue, then micro-oxidize the mixture.
首先对减压渣油进行深度氧化后加入合适比例的催化油浆 ,再进行微氧化生产出符合 SH 0 4 2 1 -1 992电池封口剂标准要求的 2 0号电池封口剂产品 ,从而提高了 2 0号电池封口剂生产对原料的适应
3.
The effects of different additives, such as thermal conversion products, carbon powder and NH4MoPO4, on the phase separation of Daqing FCC slurry oil were investigated.
选取大庆催化油浆为原料 ,利用热台显微镜对油浆相分离行为进行了考察。
4) oil-catalyst slurry
催化剂油浆
5) catalytic cracking slurry
催化裂化油浆
1.
Rheological properties of mesophase pitch derived from aromatics enriched fraction of catalytic cracking slurry;
催化裂化油浆富芳分中间相沥青的流变性
2.
For the sake of getting needle coke from oil,carbonization behavior of aromatics-rich fraction in catalytic cracking slurry(FCCRF)and the co-carbonization behavior of FCCRF with ethylene tar were studied by means of FTIR,1H NMR and polarized light microscopy.
采用傅里叶变换红外光谱、氢核磁共振及偏光显微镜等方法,研究了催化裂化油浆富芳烃馏分单独炭化及其与乙烯焦油共炭化的行为。
3.
Based on the analysis of the compositions and the properties of catalytic cracking slurry,with petroleum colloid theory and non-aqueous colloid stability theory,the stability of the slurry is investigated.
从分析催化裂化油浆的组成和性质出发,结合石油胶体理论和非水胶体稳定性理论,对催化裂化油浆的稳定性进行了理论分析,由此进一步推测了破坏其胶体稳定性、分离催化剂固体粉末的机理。
6) catalytic cracking residue
催化裂化油浆
1.
Study on asphalt produced by coprocessing coal and catalytic cracking residue;
随着反应温度的变化,催化裂化油浆与兖州煤共处理的重质产物族组成呈规律性的变化,重质产物性质与高等级道路沥青近似,由此试验可看出,重质产物有望用于制备高等级道路沥青。
补充资料：皂化溶解油、肥皂油和调水油
分子式：
CAS号：
性质：又称皂化溶解油、肥皂油和调水油。金属切削油的一类。一般是淡褐色至深褐以液体或半固体。由在矿物油中加入适量的皂类乳化剂（如钠皂、钾皂、松香钠皂、松香皂或环烷酸钠皂）和少量稳定剂（如乙醇或甲醇）而成。使用时与软水掺合成稳定的白色乳化液。作用以冷却为主，润滑为次。用于车制、锯断、钻孔、磨制等金属粗加工。
CAS号：
性质：又称皂化溶解油、肥皂油和调水油。金属切削油的一类。一般是淡褐色至深褐以液体或半固体。由在矿物油中加入适量的皂类乳化剂（如钠皂、钾皂、松香钠皂、松香皂或环烷酸钠皂）和少量稳定剂（如乙醇或甲醇）而成。使用时与软水掺合成稳定的白色乳化液。作用以冷却为主，润滑为次。用于车制、锯断、钻孔、磨制等金属粗加工。
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