摘要
采用常压为了节约能源,提高原料油的使用价值,探讨对废橡胶再生的处理方法,采用常压、减压、催化剂方法对废旧轮胎橡胶进行热裂解研究,通过实验分析了不同催化剂对废旧轮胎橡胶进行热裂解的影响及催化剂配比(C一定)、催化剂配比(B一定)、催化剂配比(A一定)和不同热解方法的影响,实验得到在常压条件下,加入优化配比的催化剂在废橡胶催化裂解生产原料油工艺中可以得到最短的反应时间,最低的反应温度,及合理的混合油与炭黑。研究结果对废橡胶再利用的工业化生产技术参数的确定有参考价值。
To save energy and improve the use of raw oil, the author studied the pyrolysis of waste tire rubber with normal pressure, reduced pressure and catalyst method. Through the experiment, the different catalysts are analyzed to carry on the hot decomposition to the influence of waste tire rubber, and the catalyst proportion （C is certain）, the catalyst allocated proportion （B is certain）, the catalyst allocated proportion （A is certain） and influence of the differen; thermal decomposition methods. In the shortest reaction time, the lowest reaction temperature and the reasonable mixed oil and black charcoal can be received when the optimized ration of catalyst is added under normal pressure. The achievement has the reference value for industrialized production technology parameter determination in the waste tire rubber reuse.
出处
《辽宁工程技术大学学报（自然科学版）》
EI
CAS
北大核心
2006年第3期336-338,共3页
Journal of Liaoning Technical University (Natural Science)
基金
辽宁省教育基金资助项目(2004F050)
关键词
废橡胶
热裂解
催化剂
waste rubber
pyrolysis
atalyst
