caprolactam

caprolactam

1. Thai Caprolactam is running its 110,000 tonne/year caprolactam unit in Rayong at full capacity to build stocks for a scheduled maintenance next month.

000吨/年的己内酰胺装置目前的开工率是100%,此装置下个月即将停车，所以需提高库存。

2. Current Situation of HPO Process for Caprolactam and Analysis of Development Trend

HPO己内酰胺工艺的现状与前景分析

3. Keywords HPO process;caprolactam;impurity;gas chromatography;Beckmann rearrangement;

HPO法;己内酰胺;杂质;气相色谱法;贝克曼重排;

4. Qualitative analysis of impurities in caprolactam produced by HPO process

HPO法生产己内酰胺工艺中杂质剖析

5. Keywords MC nylon;modification;caprolactam;heat resistance;rare earth metal isooctoate;

MC尼龙;改性;己内酰胺;耐热性;异辛酸稀土;

6. N-vinyl caprolactam

N-乙烯基己内酰胺

7. Qualitative Analysis of Impurities in Caprolactam Produced by SINA Process

SINA法生产己内酰胺工艺中杂质分析

8. XU Yi-ping,MA Bo,WANG Xiang-su,et al.Study on the effect of low-concentration caprolactam on workers'health[J].Journal of Chinese Industrial Medicine,1997,10(5):290-292.

[1]徐贻萍,马伯,王湘苏,等.低浓度己内酰胺对作业工人健康影响的调查[J].中国工业医学杂志,1997,10(5):290-292.

9. APPLICATION OF UP-FLOW ANAEROBIC SLUDGE BED REACTOR IN THE PRETREATMENT OF HIGH CAPROLACTAM CONTAINED WASTEWATER

上流式厌氧污泥反应器在己内酰胺高浓度废水预处理中的应用

10. Effect of Different Catalysts on Anionic Polymerization of Caprolactam and its Production

不同助催化剂对己内酰胺阴离子聚合及产物的影响

11. To treat high concentration of caprolactam sewage more effectively, up flow type of anaerobic sludge reactor was used to pre-treat before the former A/O system.

为了更加有效地处理己内酰胺高浓度废水,在原A/O处理系统前采用上流式厌氧污泥反应器先对高浓度己内酰胺废水进行预处理。

12. To minimize the environment pollution caused by the waste caprolactam and polyamide 6,the effects of ultraviolet onPhanerochaete chrysosporium(p.

为减少废弃己内酰胺及聚酰胺6对环境的污染,采用紫外线对白腐菌进行诱变,以提高其对己内酰胺的生物分解和对聚酰胺6的生物降解性能。

13. Vinyl caprolactam

乙烯基己内酰胺

14. The application of caprolactam derivative in photographic emulsoin and its effect on improvement of color image sharpness layer are described.

介绍了己内酰胺衍生物在照相乳剂中的应用，对改善彩色影像的清晰度作了验证。

15. Various methods for the qualitative and quantitative identification of caprolactam are introduced from the experiment, length of time and its sensitivity.

从反应原理、实验难易程度、时间长短、灵敏度等几个方面介绍了己内酰胺定性、定量鉴定的各种方法。

16. The paper made a hydrogenation model in the basis of aqueous caprolactam solution hydrogenation theory, then get a optimizing condition of hydrogenation process to serve for production .

从己内酰胺水溶液加氢反应机理出发,建立了一个加氢反应模型。通过加氢反应模型给出的加氢工序优化条件来指导生产。

17. The anionic polymerization of caprolactam was carried out with NaOH as catalyst and acyllactam - ended polyether as macroactivator.

以氢氧化钠为催化剂、端酰基内酰胺基聚醚为活化剂,引发己内酰胺阴离子聚合。

18. Recovery of Caprolactam from Waste Water in Caprolactam Production Using Pulsed-sieve-plate Extraction Column

低己内酰胺浓度下水-己内酰胺-苯体系的液液平衡及硫酸铵对平衡的影响

19. Author Xu Dingkan;Chen Ping;Duan Qingbing （Caprolactam Department Baling Company;SINOPEC;yueyang 414003）;

作者许定刊;陈萍;段青兵;

20. Keywords MC Nylon;sodium methylate;caprolactam;catalyst;

关键词MC尼龙;甲醇钠;己内酰胺;催化剂;

21. The producing processes and the trends of consumption market of caprolactam at home and abroad have been analyzed in the paper.

分析了国内外己内酰胺生产技术状况和市场消费情况并展望了未来发展前景。

22. The production, operating rate, relationship between supply and demand, and price of caprolactam in the world are analyzed.

分析了近年来己内酰胺的供求状况和价格趋势,多数地区开工率下降。

23. Production and consumption of caprolactam at home and abroad are analyzed and forecast.

分析及预测了国内外己内酰胺的生产与消费;

24. A wide|bore capillary was employed to determine caprolactam content.

利用大口径柱测试己内酰胺生产中己内酰胺含量。

25. ACCELERATE THE DEVELOPMENT OF DOMESTIC PRODUCTION TECHNOLOGY FOR CAPROLACTAM

加快发展国有己内酰胺生产技术

26. Anaerobic biochemistry treatment for caprolactam sewage

厌氧生化技术在己内酰胺废水处理中的应用

27. Development on Caprolactam Industry Worldwide

国内外己内酰胺行业发展趋势

28. Based on the discussion the material of caprolactam process and the data of wastewater quality, the paper presents that the wastewater is of high nitrogen concentration and high organic concentration.

在本研究中首先分析了石家庄化纤公司己内酰胺的生产工艺及出水水质状况，指出该生产废水属高含氮高浓度的有机工业废水。

29. Keywords external membrane bioreactor （eMBR）;dynamic membrane （DM）;denitrification capability;membrane fouling;caprolactam wastewater;treatment cost;powdered activated carbon （PAC）;

外置式膜生物反应器;动态膜;脱氮性能;膜污染;粉末活性炭;处理费用;

30. Keywords soybean;epoxy chloropropane;caprolactam;extension ability;

大豆分离蛋白;环氧氯丙烷;己内酰胺;伸长率;

31. The experiments showed that there also existed a parallel reaction between CCA and SO3 as well as an intercrossing reaction between caprolactam and nitrosyl sulfuric acid, except for the nitrosation of CCA.

实验证实了该过程伴有环己烷羧酸与三氧化硫作用的平行副反应以及己内酰胺与亚硝基硫酸作用的串联副反应，由此提出了亚硝化过程的反应动力学模型。

32. The Trends of Caprolactam Market Change

尼龙原料己内酰胺市场变化趋势

33. Keywords adiponitrile;process;butadiene;acrylonitrile;adipic acid;caprolactam;

己二腈;工艺路线;丁二烯;丙烯腈;己二酸;己内酰胺;

34. Keywords adiponitrile hydrogenation;nickel;catalyst;6-aminocapronitrile;caprolactam;

己二腈加氢;镍;催化剂;6-氨基己腈;己内酰胺;

35. Keywords caprolactam;prepolymer of TDI-TMP;prepolymerization;

己内酰胺;TDI-TMP预聚物;预聚反应;

36. Keywords caprolactam;hydrofinishing;magnetically stabilized bed;mathematical model;

己内酰胺;加氢精制;磁稳定床;数学模型;

37. Keywords caprolactam;recovering;evaporation;distillation;vacuum;

己内酰胺;回收;蒸发;蒸馏;真空度;

38. Keywords Caprolactam Gas chromatography Capillary column Water sample;

己内酰胺;气相色谱法;毛细管色谱柱;水样;

39. Keywords caprolactam;cyclohexane carboxylic acid;nitrosyl sulfuric acid;nitrosation;reaction kinetics;

己内酰胺;环己烷羧酸;亚硝基硫酸;亚硝化;反应动力学;

40. Keywords caprolactam CPL rearrangement cyclohexanone oxime;

己内酰胺;环己酮肟;重排;中间体;

41. Keywords caprolactam;polymerization;polycaprolactam;simulation and controlling;optimization;review;

己内酰胺;聚合;聚己内酰胺;模拟控制;优化;评述;

42. Keywords caprolactam;polymerization;extraction;triple effect evaporation;energy saving;

己内酰胺;聚合;萃取;三效蒸发;节能;

43. Keywords caprolactam;polycaprolactam;hydrolytric polymerization;oligomer;

己内酰胺;聚己内酰胺;水解聚合;低聚物;

44. Experiment about Caprolactam Decomposition Under High Temperature Condition in Polymerization Process

己内酰胺在预热器中热分解的研究

45. caprolactam wastewater

己内酰胺废水

46. Comparison of the Biological Treatments of Caprolactam Wastewater

己内酰胺废水生物处理工艺的比较研究

47. The Current Situation of Caprolactam Technologies

己内酰胺技术现状

48. Keywords aqueous caprolactam solution;hydrogenation process;optimization;

己内酰胺水溶液;加氢工序;优化;

49. The price fluctuation of caprolactam was narrowed and the difference of price with benzene was tended towards stable.

己内酰胺的价格波动幅度在收窄，与纯苯的价差趋于平稳。

50. Caprolactam surplus and shortage of supply would exist under the total balance at the same time.

己内酰胺的供应呈现产能和产量稳步增长,但总体供需平衡下供应过剩和供应缺口并存;

51. Technique of crystallizing neutralization reaction applied in the new caprolactam ammonium sulfate unit

己内酰胺硫铵新装置中和反应结晶技术

52. caprolactam sulfonate

己内酰胺磺酸酯

53. wastewater with caprolactam

己内酰胺综合废水

54. caprolactam polymerization

己内酰胺聚合

55. Energy Saving Revamping of Triple Effect Evaporation in Caprolactam Plant

己内酰胺装置三效蒸发节能降耗的技术改造

56. sodium caprolactam

己内酰胺钠

57. Application Study on Anaerobic Pretreatment Engineering of High Concentration Caprolactam Wastewater

己内酰胺高浓度废水厌氧预处理工程应用研究

58. Keywords ?Caprolactam;Polyamide 6;Reactive extrusion;Ring-opening polymerization;Haake rheometer.;

已内酰胺;尼龙6;反应挤出;开环聚合;哈克流变仪;

59. Commercial Application of a New Recycled Hydrofining Process Substituting for Oxidative Purification of Epsilon Caprolactam

循环加氢精制替代氧化精制己内酰胺的工业应用

60. Increasing Global Market Share of the Caprolactam Business

提高己内酰胺的全球市场份额

61. Abstract： A fast near infrared (NIR) spectrometric technique used in caprolactam production control is introduced.

摘 要： 介绍了近红外光谱分析技术在己内酰胺生产控制分析中的初步应用。

62. The technology and market of caprolactam(CPL) were reviewed. The primary factors influencing the price of CPL were analyzed and the technology how to reduce the production cost was discussed.

摘要概述了己内酰胺行业的生产技术及市场消费情况；对影响己内酰胺产品价格的主要因素进行了分析；对降低己内酰的成本工艺路线进行了探讨。

63. Abstract： The process of copolymerization of caprolactam (CL) with octamethyl cyclotetrasiloxane (D4) has been investigated.

摘要： 研究探讨了己内酰胺和八甲基环四硅氧烷两种完全不同的环单体的共聚过程。

64. Stamicarbon caprolactam process

斯塔密卡邦公司制己内酰胺过程

65. Substantial supply of the Company imports and domestic caprolactam States (CPL), such as: Russia, Ukraine, BASF, USA DSM, Japan Toray / Ube, South Korea, the East, Juhua, Baling etc.

本公司大量供应各国进口及国产己内酰胺（CPL），如：俄罗斯，乌克兰，巴斯夫，美国DSM，日本东丽/宇部，韩国，东方，巨化，巴陵等；

66. Two synthesis methods are dicussed,one is producing caprolactam from butadiene and carbon monoxide;the other is hydrocyanation.It is indicated that the later is more likely to be commercialized.

本文主要综述了由丁二烯、一氧化碳路线制己内酰胺,丁二烯氢氰化制己内酰胺的发展状况,并预测后一路线比前者更容易实现工业化。

67. The technology and market of caprolactam(CPL) were reviewed.The primary factors influencing the price of CPL were analyzed,and the technology how to reduce the production cost was discussed.

概述了己内酰胺行业的生产技术及市场消费情况;对影响己内酰胺产品价格的主要因素进行了分析;对降低己内酰的成本工艺路线进行了探讨。

68. Keywords boria;zirconia;cyclohexanone oxime;Beckmann rearrangement reaction;caprolactam;

氧化硼;氧化锆;环己酮肟;贝克曼重排反应;己内酰胺;

69. Determination of caprolactam by flow-injection chemiluminescence analysis

流动注射化学发光法测定己内酰胺

70. Cyclohexane and Caprolactam - A Star of Dog?

环己烷与己内酰胺-昨日黄花,明日黄花?演讲者邀请中?

71. Keywords cyclohexanecarboxylic acid, nitrosyl sulfuric acid, caprolactam, nitrosation, kinetic model;

环己烷羧酸;亚硝基硫酸;己内酰胺;亚硝化;动力学模型;

72. Keywords cyclohexanecarboxylic acid;heterogeneous phase;nitrosation;caprolactam;

环己烷羧酸;非均相;亚硝化;己内酰胺;

73. Keywords oxime;caprolactam;Beckmann rearrangement reaction;kinetics;

环己酮肟;己内酰胺;贝克曼重排;反应动力学;

74. Keywords oxime;Beckmann - rearrangement reaction;caprolactam;Ti - Si molecular formula;MFI Si - molecular formula;

环己酮肟;贝克曼重排反应;己内酰胺;钛硅分子筛;MFI型硅分子筛;

75. Kinetics of Beckmann Rearrangement Reaction of Cyclohexanone Oxime for Caprolactam

环己酮肟贝克曼重排反应动力学

76. Keywords cyclohexanol;adipic acid;caprolactam;progress;

环己醇;己二酸;己内酰胺;

77. Purification of Caprolactam Aqueous Solution by Means of Adsorption Agent

甲苯法生产己内酰胺水溶液的吸附精制工艺试验研究

78. Keywords laurocapramun transepidermal use penetrant dodecyl bromide caprolactam;

皮肤给药;渗透剂;溴十二烷;己内酰胺;

79. There are several major petrochemical intermediates that are presently manufactured with high-purity oxygen including ethylene and propylene oxide (antifreeze), vinyl chloride(for PVC), and caprolactam (for nylon).

目前，几种重要的石化半成品是用高纯度氧生产的，包括乙烯、环氧丙烷（防冻剂）、氯乙烯（用于PVC）和己内酰胺（用于尼龙）。

80. Keywords the phase transfer catalyst;N-butyl caprolactam;n-bromide butane;

相转移催化剂;1-丁基己内酰胺;正溴丁烷;