润滑油基础油

以高含蜡油为原料，采用加氢异构法生产UHVI润滑油基础油。

With the high wax-bearing oil as feedstock , the UHVI lube base oil can be obtained through hydroisomerizing process .

1可使兰州炼油化工总厂生产的125N加氢润滑油基础油保持良好的光稳定性，其透光率、色度均优于添加2g？

High efficiency ashless light stablizer prepared by this work can make the 125N hydrotreated lube base oil has a good light stability , and its transparency and colority are better than that of adding 2g ?

α-烯烃（C8）聚合润滑油基础油的研究

Polymerization of α - olefins to ( C_8 ) lubricating base oil

利用FCC废催化剂混入白土精制加工润滑油基础油

Refining lubricating base oil using FCC used catalyst mixing with clay

GC-MS测定润滑油基础油族组成

Determination of hydrocarbon types of lubricant base oil by GC - MS

本文对利用FCC废催化剂混入白土精制润滑油基础油进行了试验研究，结论是肯定的。

Refining lubricating base oil using FCC used catalyst mixing with clay was studied . The conclusion is confirmable .

TPP在绿色润滑油基础油中摩擦行为的仿真研究磷酸三苯酯在菜籽油中的摩擦行为模型

A tribological behavior model of triphenyl phosphate ( TPP ) acted on rapeseed oil

TTS脱除石蜡基润滑油基础油中的氮化合物

Nitrogen compound removal from paraffinic lube oil with TTS

微湿空气法处理SiO2/γ-Al2O3催化剂制润滑油基础油

Treating the Catalyst SiO_2 / γ - Al_2O_3 for Producing Lubricating Base Oil by the Micro - Wetness Air Method

利用微湿空气法对SiO2／γ-Al2O3催化剂进行处理，将其用于制取润滑油基础油。

The catalyst SiO2 / γ ~ Al2O3 was treated by micro - wetness air for the production of lubricating base oil .

GTL润滑油基础油工艺技术进展、优势及影响

The technology advance and the influence of GTL lube base oil

GTL润滑油基础油的新发展

The Development Trends of Lube Base Oil

介绍了我国第一套采用美国Chevron公司异构脱蜡工艺生产润滑油基础油的工业装置投产概况。

An isomerization dewaxing unit firstly using Chevron technology in China for premium lube oil production has been put into production .

概述了近几年国外润滑油基础油临氢催化加工技术新进展，内容主要涉及Chevron和Mobil两个公司的相关技术。

This paper reviews advances in foreign lube stock hydro catalytic processing technologies in recent years including that of Chevron and Mobil .

利用PDSC考察环境友好润滑油基础油氧化安定性的研究

Study on the Oxidative Stability of Base Oil for Biodegradable Lubricants Using Pressure Differential Scanning Calorimetry Method

在九五期间，石油化工研究院（RIPP）开发了在中压条件下以中间基原油生产高粘度指数润滑油基础油的成套技术。

A medium pressure hydrotreating process for manufacturing high-grade lube oil base stocks has been developed by RIPP .

加氢裂化尾油：临氢降凝-加氢补充精制工艺，产品可达APIⅡ类基础油，但产品收率低，加工流程长，加工成本高，不适合以大规模生产润滑油基础油装置。

The product can reach the API ⅱ base oil . But the yield of the product is low and the production cast is high . So it is unsuitable for the production of base oil of lubricant in large scale equipment .

为了生产高质量的润滑油基础油，考察了加氢精制催化剂RN-1的脱氮性能。

The hydrodenitrogenation performance of hydrotreating catalyst RN-1 was investigated in order to prepare high quality lube base oil .

GTL润滑油基础油的一般工艺技术由3个部分组成：合成气生产技术，合成液体烃生产技术，合成油加工技术。

The general technology of the GTL lube base oil is described , which consists of synthetic gas process , synthetic liquid hydrocarbon process and synthetic petroleum process .

LCH-28脱氮剂的性能评价及在润滑油基础油生产中的应用

The performance evaluation of denitrifier LCH-28 and its application in the production of lube base oil

FY-14吸附剂用于大庆减三线润滑油基础油精制

The refining of vacuum cut 3 lube base oil from Daqing with fy-14 adsorbent

润滑油基础油采用WSQ-2脱氮剂的连续液相脱氮工艺

A continuous liquid phase denitrogenation process for lube base oil with denitrogenation agent WSQ 2

中型试验结果表明，采用高压加氢处理、溶剂精制-中压加氢处理技术，配以溶剂脱蜡可以制取氧化安定性好的HVI润滑油基础油；

The results showed that HVI lube base oils with good oxidization stability could be prepared by high pressure hydrotreating or solvent refining medium pressure hydrotreating along with solvent dewaxing .

克拉玛依油田九区稠油是典型的环烷基原油，采用加氢脱酸、糠醛精制、加氢处理等精制工艺能生产出倾点低、粘度大、安定性好的LVI润滑油基础油。

LVI lube base oil with low pour point , high viscosity and good stability can be produced by means of hydrogenation acid removal , furfural treatment and hydrotreatment .

用两类原油的混合油生产的润滑油基础油粘度指数高、氧化安定性好，达到了HVI基础油要求。

The production of lubricant base oil with the wixed oil from both kinds of crude oil possesses high visosity index , good oxidation stability and achieves the requirements of HVI base oil .

装置运行及标定结果表明，采用WSQ－2脱氮剂，能有效脱除润滑油基础油中的氮化物，特别是碱性氮化物，显著改善基础油的氧化安定性。

The nitrides especially basic nitrides can be effectively removed from the lube base oil , hence its oxidation stability was improved .

润滑油基础油的收率54.8%，粘度10.48mm.s-1，催化剂寿命70h。

Base oil yield of 54.8 % was attained , with its viscosity of 10.48 mm2 · s-1 , and catalyst service life of 70 h.

采用Klopman所给出的溶剂化能公式，计算了润滑油基础油络合脱氮中不同精制溶剂所产生的溶剂化能的大小。

In this study , we calculated the solvent energy made by different solvents during the complexing de-nitrogen of lubricating base oil .

加工试验表明，加氢裂化尾油经过糠醛精制、酮苯脱蜡以及白土精制可以生产出符合HVIH标准（高粘度指数基础油）的润滑油基础油。

The result of processing test showed that , through furfural extraction , ketone-benzol dewaxing and clay refining , the hydrocracking bottom oil can be used to produce the lube base oil that matches the standard of HVIH ( high viscosity index base oil ) .

润滑油基础油加氢联合工艺研究

Study on the Hydrogenation Combined Process of the Lube Base Oil