生产p∨c加入三氯生的工艺流程

生产p∨c加入三氯生的工艺流程英文回答：
To incorporate the production of p∨c into the process of manufacturing trichloroethylene, several steps need to be taken. Trichloroethylene is commonly produced through the reaction of ethylene with chlorine gas. Here's how I would modify the existing process to include the production of p∨c:
Firstly, I would introduce an additional feed stream of propylene (p) into the existing process. This would require the installation of a new feed line and a propylene storage tank. The propylene would then be mixed with the existing ethylene feed stream.
Next, I would modify the reactor system to accommodate the new feed stream. This would involve adjusting the reactor temperature and pressure to optimize the reaction between propylene and chlorine. The reaction would produce
a mixture of trichloroethylene and dichloropropane.
After the reaction, the mixture would be sent to a separation unit. In this unit, the trichloroethylene and dichloropropane would be separated based on their different boiling points. The trichloroethylene, being the more
volatile compound, would be collected as the overhead product. The dichloropropane, being the less volatile compound, would be collected as the bottoms product.
To further purify the trichloroethylene, it would undergo a distillation process. This process involves heating the trichloroethylene to its boiling point and collecting the vapor as the distillate. The distillate
would then be condensed and collected as the final trichloroethylene product.
In summary, the modification to the existing process involves introducing propylene as an additional feed stream, adjusting the reactor conditions, separating the trichloroethylene and dichloropropane, and purifying the trichloroethylene through distillation. This modified
process would allow for the production of both trichloroethylene and dichloropropane.
中文回答：
为了将p∨c的生产纳入三氯乙烯的制造工艺中，需要采取几个步骤。

三氯乙烯通常是通过乙烯与氯气反应制造的。

以下是我将现有工艺修改为包含p∨c生产的步骤：
首先，我会引入一个额外的丙烯（p）进料流到现有工艺中。

这将需要安装一个新的进料管道和一个丙烯储罐。

然后将丙烯与现有的乙烯进料流混合。

接下来，我会修改反应器系统以适应新的进料流。

这将涉及调整反应器的温度和压力，以优化丙烯与氯气之间的反应。

该反应将产生三氯乙烯和二氯丙烷的混合物。

在反应后，混合物将被送入分离装置。

在该装置中，根据它们不同的沸点，三氯乙烯和二氯丙烷将被分离。

三氯乙烯作为挥发性较高的化合物，将被收集为顶部产品。

二氯丙烷作为挥发性较低的化合物，将被收集为底部产品。

为了进一步提纯三氯乙烯，它将经过蒸馏过程。

该过程涉及将三氯乙烯加热至其沸点，并将蒸汽作为馏出物收集。

然后将馏出物冷凝并收集为最终的三氯乙烯产品。

总之，对现有工艺的修改包括引入丙烯作为额外的进料流，调整反应器条件，分离三氯乙烯和二氯丙烷，并通过蒸馏提纯三氯乙烯。

这个修改后的工艺将允许同时生产三氯乙烯和二氯丙烷。