GC-MS

如今，塑料已经成为我们生活方式中不可或缺的一部分。尽管人们对负面环境影响感到担忧，并鼓励减少废物和适当处理，但在一些重要的应用领域，聚乙烯和聚丙烯塑料仍然是不可替代的(汽车、医疗、工业等)。事实上，这是世界上最大的交易量之一。1-己烯和1-辛烯是控制聚合物材料流变性的重要添加剂。这些化学品的需求量很大，石油工业的产量远远不能满足需求。因此，需要催化过程来通过热力学允许的催化过程从乙烯中生产它们。合成新型催化剂并了解它们的作用机理是我们研究的主要核心。当然，这需要对通过测试催化运行的输出而产生的催化剂进行筛选。这个项目中提出的GC-MS费用是为了帮助我们的努力。

Plastic is today an integral part of our lifestyle. In spite of the concern for the negative environmental impact and which encourage reduction of waste and proper disposal, there are important applications and for which polyethylene and polypropylene plastics remain irreplaceable (automotive, medical, industrial,etc.). In fact this is one of the largest volume business of the world. 1-hexene and 1-octene are critical additives to control the rheology of polymeric material. The demand for these chemicals is so high that the production from oil industry cannot satisfy the demand. Hence there is need for catalytic process to produce them from ethylene via a thermodynamically allowed catalytic process. Synthesizing new catalysts and understanding their mechanism of action is the main core of our research. This requires of course screening of the catalysts produced by testing the output of the catalytic runs. The expense proposed in this project for a GC-MS is aimed at assisting our endeavor.