1·The presence of nitrogen inhibits the increase of asphaltenes in slurry oil.
封氮储存可明显抑制沥青质的增长。
2·Leakage causes of slurry oil steam generator tube bundle and reconditioning technique.
循环油浆蒸汽发生器管束泄漏原因及修复。
3·The slurry oil withdrawn from heavy oil catalytic cracking contains catalyst fines which should be separated.
重油催化裂化油浆中含有催化剂粉末，需加以分离。
4·If the leakage is not serious leak or leaks in the local application of cement or asphalt mixing the slurry oil.
若渗漏不严重，可在漏气或漏水的地方涂抹水泥或用沥青油拌和的水泥浆。
5·The weight method is used to measure the solid quantity (catalyst contain) in slurry oil of catalytic cracking unit.
采用重量法测定催化装置油浆中的固体含量(催化剂含量)。
6·This makes part of alkane and aromatics, which are the ideal components for the refinery, into the slurry oil causing the FCC feedstock loss.
而大量的FCC油浆外甩导致部分可裂化的烷烃、芳烃等理想组分进入油浆，从而造成FCC原料的损失。
7·The technology of catalytic cracking of atmospheric residues mixed and refined with slurry oil is mentioned and the experimental process introduced.
提出了常渣掺炼催化油浆工艺，介绍了该工艺的工业试验过程。
8·After modification of experimental FCC slurry oil, its fragrance composition can be increased by more than 18% and its saturation composition can be decreased by more than 25%.
实验的催化油浆经这种方法改性后，芳香分提高了18 %以上，饱和分降低了25 %以上。
9·Under certain conditions, solvent separation method may be adopted to separate FCC slurry oil into slurry oil separation wax and modified slurry oil, both of which have high additional value.
利用溶剂分离的方法在一定条件下，可以将催化油浆分离成具有较高附加值的油浆分离蜡和改性油浆两个组分。
10·The process in which catalytic oil slurry is used feedstock for oil slurry dehydration unit is simulated by using HYSIM software.
利用HYSIM软件建立并模拟了以三催油浆为原料的油浆脱水装置工艺流程。