热解炭黑

热解炭黑（Pyrolyticcarbonblack，CBp）是废轮胎热解的重要产物之一。

Pyrolytic carbon black ( CBp ) was one of the most important products derived from waste tires pyrolysis .

热解炭黑是废轮胎热解过程中最关键的产物之一，它的应用价值很大程度上决定了热解过程的经济性。

Pyrolytic carbon black ( PCB ) is one of the key products of the waste tires pyrolysis . The economy of the tire pyrolysis process strongly depends on the quality of the PCB , especially its ability to be used in high value commercial applications .

邻苯二甲酸二丁酯（DBP）吸液法试验表明热解炭黑的结构性较低；

DBF absorption experiment shows that the CBp has low structure .

废轮胎热解炭黑性能分析与资源利用

Characteristic Analysis of Pyrolytic Carbon Black from Used Tire and Its Reuse

反相气相色谱研究发现，硝酸酸洗改性热解炭黑，可以减少其表面碳质沉积物，使得被碳质沉积物所覆盖的部分活性点重新暴露出来。

Nitric acid can decrease the surface carbonaceous deposits , and make more active sites .

液氮吸附试验发现热解炭黑表面孔径较大、表面缺陷浓度高于工业炭黑，且比表面积随着热解温度的升高而增大。

There are more defects on the CBp surface . The specific surface of CBp increased with the increasing of pyrolysis temperature .

结果表明，热解炭黑的粒径分布是添加在轮胎中各种型号工业炭黑粒径分布的叠加。

The result showed that the distribution of CBp aggregates was the mixed particle distribution of commercial carbon blacks added to tyres in fabrication .

在此基础上，本文分析了热解炭黑硝酸酸洗改性和硬脂酸&硝酸酸洗改性的机理，并进一步考察了硝酸浓度和硬脂酸加入量对热解炭黑的改性效果的影响。

We present the relatively integral theory of modification . We have analysis the influence of the concentration of nitric acid and the quantity of stearic acid for the result of modification .

热解粗炭黑具有C含量高、H/C比值低等优点。

High carbon content and low ratio value of H / C were the main merits of Pyrolysis carbon black ( CBp ) .

废轮胎热解回收炭黑的表面特性研究

Surface characteristics of carbon black produced by pyrolysis of used tires

工业丙烷气化与热解法制备炭黑

Production of High Quality Carbon Black by Gasification and Pyrogenation of Industrial Propane

通过改变热解终温、升温速率和热解压力，多角度地研究了热解条件对热解再生炭黑收率和质量的影响。

By changing the pyrolysis temperature , speed of temperature increasing and pyrolysis pressure , studied the influence of pyrolysis condition on the yield and quality of pyrolytic carbon black .