聚合釜

对悬浮法PVC聚合釜热水进料技术进行了比较。

Hot water feeding processes for suspension PVC polymerizer were compared .

用动态规划方法来实现PVC聚合釜的优化升温控制

The Optimum Temperature Raising Control for PVC Polymerization with Dynamic Programming Method

两种PVC聚合釜特性及配套工艺的对比

Comparison of property and accessory process of two kinds of PVC polymerizer

基于双模型预测函数控制的PVC聚合釜温度系统

PVC Polymerization Kettle Temperature System Based on Double Model Predictive Functional Control

PVC聚合釜反应过程最优化综合控制方案

Optimum comprehensive control scheme for PVC polymerization in polymerizers

DCS在30m~3聚合釜控制中的应用

Application of DCS in 30 m ~ 3 Polymerizer Control

PVC聚合釜热水进料的研究

Study on Hot Water Feeding in PVC Polymerization

大型PVC聚合釜开发与研制

Research and development of large-scale PVC polymerizer

用45m~3聚合釜生产食品卫生级悬浮PVC树脂

The production of food hygiene grade suspension PVC resin in 45 m ~ 3 polymerizer

135m~3与70m~3聚合釜生产PVC的技术经济分析

Technical and economical evaluation of PVC production by 135 m ~ 3 and 70 m ~ 3 polymerizers

浅析提高Ⅳ型30m~3聚合釜PVC质量的途径

Brief discussion on the methods to increase the quality of PVC produced in type ⅳ 30 m ~ 3 polymerizer

高效螺杆压缩制冷机组在PVC聚合釜冷却水降温中的应用

The application of high efficiency screw compression type of refrigeration unit in lowering the temperature of cooling water for PVC polymerizer

ABS树脂装置丁二烯聚合釜及接枝釜洗涤水回用中试研究

A pilot test of reusing washing water of butadiene polymerizer and grafting polymerizer in the production process of ABS resin

ABS装置EBR聚合釜和接枝釜工艺废水处理技术研究

Waste water treatment of EBR polymerizer and grafting reactor in ABS equipment

聚氯乙烯聚合釜强制冷凝的DDC过程控制

Application of DCC Process Control in PVC Polymerizer Forced Condensation

对于树脂的熔融时间，HPMC、不同醇解度的PVA、聚合釜均有较大影响。

As for melt time of resin , HPMC , PVA , polymerization vessel may affect it .

利用苯乙烯-丙烯腈共聚物（SAN）工业装置，研究了苯乙烯中添加少量乙苯在单一聚合釜中进行热引发连续本体聚合的反应规律。

The regularity of styrene continuous bulk polymerization was studied with a few quantity of ethylbenzene by heat initiating polymerization in styrene-acrylonitrile copolymer industrial reactor .

实践证明：LF48型PVC聚合釜是目前中小型规模PVC生产厂的首选釜型，已逐渐取代LF30型PVC聚合釜。

It is showed that LF48-type polymerizer was the best selection for medium or small scale PVC enterprises , and had substituted for LF30-type PVC polymerizer .

HONEYWELLTPS在70m~3聚合釜控制系统中的应用

The application of Honeywell TPS to the control system for 70 m ~ 3 polymerizer

改造CBY-E桨叶延长SBS聚合釜运转周期

Improving CBY-E Stirrer , Extending the Running Period of SBS Polymerizer

主要讲述30m3聚合釜生产PVC如何进行调整、改造及今后工作方向、生产中应注意的事项。

This paper mainly introduces how to improve the performances of 30 m 3 polymerizer for the production of PVC , its further development trend and matters needing paying attention to during production process .

本文主要论述了聚合釜冷凝强制投用的DDC过程控制应用。

This paper is mainly about the application of DDC ( Direct Digital Control ) process control in polymerizer forced condensation and the results .

以及对于NNI，控制的关键是两聚合釜排列方式和淤浆掺合比。

The control of NNI is adjusting the mode of polymerization and the slurry blending .

本文结合PVC聚合釜温度跟踪控制问题，提出了基于双模型的预测函数控制策略。该控制策略通过在不同的反应区间采用不同的预测模型，以适应过程参数在不同区间发生的变化。

This paper based on the study about the problem of PVC polymerizer temperature tracking control , puts forward a double-model predictive functional control , which can fit process parameters change through using different predictive models in different reaction areas .

分析了大庆SAN装置54m3大型聚合釜的工艺过程，重点讨论了聚合传质、传热的特点，介绍了大庆SAN装置聚合釜运行情况及超负荷生产情况。

The article analyses the process of Daqing SAN plant-large reactor , which is 54 m3.Its emphasis is discussing the characters of mass transfer and heat transfer . It introduces the react situation of reactor and the overload produce situation .

对小试及15L聚合釜合成的线形SIS和星形（SI）nR热塑性弹性体进行了研究。

The structure , morphology and physical properties of thermoplastic elastomers , SIS and ( SI ) nR ( linear and star-type block copolymer of styrene and isoprene ), were studied .

重点研究并解决了基于SFC语言实现70m~3聚合釜的反馈控制和批量顺序控制的相互集成，配方管理软件和批量调节系统软件模块的开发和设计。

Based on the language of SFC , research and solve feedback control and sequence control integration of 70m ~ 3 polymerizer , formula management software and batch control software module development .

分析了聚合釜因过程失控产生超压的原因，并采用TNT当量法定量分析了氯乙烯泄漏爆炸事故的危害，计算出了死亡、财产损失的具体范围，提出了预防此类事故的一般性措施。

Reasons of overpressures by uncontrolled of process were analysed . The hazardness of explosion accident by chlorethylene leakage was analysed by TNT equivalent method . The specific scope of death and property loss was calculated .

SDS-1聚合釜计算机优化控制系统

SDS-1 Autoclave OPtimal Control

简述了CS3000系统的硬件结构和软件组态，介绍了聚合釜和冷凝器的温度控制程序。

The hardware and software configuration of CS3000 , the temperature control mode of polymerization reactor and the condenser were introduced .