1) Nonhydrorefining
非临氢精制
1.
Progress in Technology Improving the Stability of FCC Diesel Fuels(Ⅰ) ——Technology of Nonhydrorefining;
提高催化裂化柴油安定性能技术进展(Ⅰ)——非临氢精制技术
2) non-hydrofining
非加氢精制
1.
Commercial application of FS non-hydrofining process;
FS非加氢精制技术的工业应用
3) non-hydrogenation technology
非加氢精制技术
4) without hydrogen
非临氢
1.
The isomerization of n-hexane was investigated in micro-chromatographic combination unit without hydrogen under atmospheric pressure.
以正己烷为原料,采用CGG-Ⅱ催化剂,在WFD-3030微型反应器中进行异构化反应,考察在非临氢常压条件下,空速、温度等反应条件对正己烷异构化反应的影响。
2.
At normal pressure and without hydrogen, the effects of temperature and space velocity on the dropping pour point of the raw materials were studied.
研制了降凝催化剂FC-DB,在常压非临氢条件下以抚顺石油二厂催化裂化柴油和辽化加氢裂化尾油为原料,考察了温度、空速对降凝效果的影响。
6) non-hydrogen reforming
非临氢重整
1.
NK-2 catalyst for non-hydrogen reforming has been evaluated at a bench scale fixed bed reaction unit with the mixture of straight-run gasoline and oilfield light hydrocarbon as feedstock,and then applied in commercial unit.
在固定床试验装置上以直馏汽油、油田轻烃混合物为原料,对NK-2型非临氢重整催化剂进行了中试评价。
补充资料：临人
1.谓选拔人才。
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