淤浆法

淤浆法HDPE产品密度波动原因分析

Factors Analysis of Density Fluctuation of Slurry Techology HDPE Product The Reason

淤浆法HDPE反应器内爆聚的原因分析及预防

Cause and Prevention of Explosive Polymerization in Slurry Process HDPE

淤浆法HDPE装置浆液外循环改造分析

Analysis on Improvement of Slurry Outside Circulation of Slurry Process for HDPE

XY-H催化剂在淤浆法HDPE装置上的应用

Application of XY ~ 3 / H catalyst in slurry process HDPE unit

扬子石化公司淤浆法HDPE生产技术的改进及国产化

Improvements and Domestically Developed Industrial Technologies for Slurry Polymerization Process in Yangzi Petrochemical Corporation 's HDPE Plant

捏合法与淤浆法生产的PAC抗滤失性能的比较

Comparative Study on Performance of Resisting Fluid Loss of PAC Produced by Dough Process and Slurry Process

采用淤浆法新工艺制备了药剂辅料用羧甲基纤维素钙（CaCMC），并与常用崩解剂、根据其它方法制备的CaCMC进行了比较。

Carboxymethylcellulose calcium for pharmaceutical necessities is prepared by slurry process . Compared with other disintegration agents , the present Ca_CMC has quicker disintegration rate .

通过对淤浆法HDPE装置间歇聚合工艺条件及程序的研究，提出了优化措施，并取得了良好的效果。

Through the investigation to process conditions and procedure of batch-type polymerization with slurry in HDPE plant , optimization measures were worked out and good result was achieved .

对淤浆法聚乙烯（PE）的生产过程进行了分析，探讨了低聚物产生的原因和进入产品后对PE性能的影响，论述了降低产品中低聚物含量和消除低聚物对产品性能影响的方法。

The article analyzed the production process of slurry polyethylene ( PE ) and discussed the cause for forming low molecular polymer and its impact on the performance of the PE product . Measures were presented aimed at eliminating the existing problems in the production .

针对淤浆法聚乙烯生产工艺开发了高效乙烯聚合催化剂NT-1。

NT-1 catalyst is a kind of high efficient ethylene polymerization catalyst developed for Mitsui 's slurry process .

在HDPE淤浆法工艺生产装置上，开发了具有优良的物理性能、加工性能和耐环境应力开裂（ESCR）性能的埋地排水管材专用树脂6360M。6360M屈服拉伸强度大于25MPa；

HDPE 6360M successfully produced in a HDPE slurry plant possessed superior physical properties , good processability and high environment stress cracking resistance ( ESCR ) .

茂金属催化剂淤浆法聚乙烯中试聚合评价

Pilot Plant Evaluation of Metallocene Catalyst in a Slurry Polyethylene Process

淤浆法聚乙烯生产中牌号切换策略研究

Optimization of Grade Transition for Continuous Slurry High-density Polyethylene Process

淤浆法聚丙烯装置改产高密度聚乙烯

Production of HDPE by the slurry polypropylene plant

淤浆法聚乙烯低聚物的研究

Study on slurry PE low molecular polymer

淤浆法高密度聚乙烯工业生产过程中的物料衡算

Material balance for slurry HDPE production process

在研究了淤浆法乙烯聚合反应机理与动力学的基础上，建立并求解了相应的动力学与矩常微分方程组。

By the research of the ethylene slurry polymerization mechanism and kinetics , the corresponding kinetic and moment ordinary differential equations were built and solved .

其絮凝性能主要是电中和和架桥吸附作用的贡献。（3）淤浆法得到的低取代度固态阳离子纤维素，可用作染料吸附剂。

And its main flocculation mechanism was neutralization and bridged adsorption . ( 3 ) The cationic cellulose synthsised in slurry system could use as dye adsorbent .

分析了北京燕山石油化工有限公司淤浆法高密度聚乙烯装置生产管材专用料过程中影响产品质量及产量的因素，提出了通过改进有关工艺条件提高产量、质量的途径。

This paper analyzed the polymerization parameters affecting the quality and output in the process of producing tube specialty on slurry HDPE plant , and put forward the corresponding measures for improvement .

对中国石油化工集团公司石油化工科学研究院与辽阳石油化纤公司共同中试生产的茂金属淤浆法聚乙烯树脂LH-113的可纺性进行了研究。

This paper studied the rheological and spinning properties of metallocene - based polyethylene resin LH - 113 , which was produced in a slurry pilot plant ' jointly by RIPP and Liaoyang Chemical Fiber Company .

介绍了高密度聚乙烯生产技术即淤浆法、气相法、溶液法，综述了各自的特点、工艺路线、产品方案，尤其是双峰高密度聚乙烯技术的发展。

This paper introduced the respective advantages , technological line , product structures of slurry , gas - phase and solution polymerization processes for producing high - density polypropylene ( HDPE ), and especially outlined the development of bimodal HDPE technology .

涉及相对分子质量分布矩的定义及其计算方法，特别是淤浆法高密度聚乙烯链长分布矩的计算方法。

The article deals with the definition of moments of MWD ( Molecular Weight Distribution ), the method for calculating moment of MWD , and particularly the method for Calculating for moment of MWD of slurry HDPE ( High Density Polyethylene ) .

通过分析不同聚合热的撤除方式，阐述了淤浆法聚乙烯装置扩容改造选择浆液外循环技术的合理性，并通过对该技术关键工艺参数做必要的计算来进行论证。

The rationality for adopting slurry external circulation technology in capacity expansion of slurry polyethylene plant was expounded via comparison of different methods for removal of polymerization heat . The necessary check computations for the key process parameters in the technology were carried out in order to validate the rationality .

负载钛催化丁二烯淤浆聚合法合成高反式-1,4-聚丁二烯

Solution slurry polymerization of high trans - 1,4 - polybutadiene with supported titanium catalyst

淤浆床低压法合成1,4-丁炔二醇的研究&Ⅱ.工艺及反应动力学

Synthesis of 1 , 4-Butynediol by Slurry Bed under Lower Pressures ⅱ . Process Study and Reaction Kinetics

本文采用淤浆床低压法，按工业催化剂要求，对甲醛炔化合成1，4-丁炔二醇催化剂性能进行了研究。

The catalytic behaviors and abrasion resistances of five solid carriers for acetylene catalyst of1,4-butynediol synthesis by slurry bed with lower reaction pressure are investigated in this paper .

淤浆床炔化法催化合成1,4-丁炔二醇连续化的热模研究

A hot model study of continuous process of 1 , 4-butynediol synthesis in a slurry reactor