TH4647A - Highly efficient continuous separation process - Google Patents

Abstract

The process of separating components from the liquid layer in the mixture. By keeping the state of the flow in the same direction as that of Liquid throughout a number of separate sets In which the components pass in The varying rates and densities of the components within the subsystems are classified into specific zones, the mixtures and the substituted liquids are delivered into the inlet of the two subsystems, and the components, along with the fluid layer. Was included Fit from the outlet of those two subsystems at the point where the thickness The tightness of the components is appropriately distributed, and the inlet and outlet of various subsets within the same region are connected to each other, at the appropriate time. Will be evacuated in order to have produced the movement of The subsections rise in the same direction as the flow of fluid, causing the inlet and outlet to always fall into the appropriate zone. Species may merge in pairs, assuming the same contact zone in each zone. To sum up, this needs a separate unit. The sub can be reduced by one set. Which this kind of match would be appropriate For where purity and density are not desired Or the rate of separation is very high

Claims (1)

1. The process for separating compounds from liquid mixtures. Which is mixed in the ingredients sent It consists of the following steps: (a) Maintain the same directional flow of fluid in the system through the A number of separate parts in which the components move Going at different speed rates Because of the specific features in The latency or acceleration of each component in each separate section, with separate sections comprising inlet and outlet (b), sends the mixture into one inlet and the liquid instead of the inlet. :