Organic waste liquid recovery equipment and method thereof

Abstract

The invention relates to organic waste liquid recovery equipment and a method thereof, the organic waste liquid recovery equipment comprises a dividing wall rectifying tower, the dividing wall rectifying tower is divided into a feeding side and a recovery side by a partition plate, the feeding side is provided with a third distributor, a second distributor is arranged above the partition plate, afirst distributor is arranged above the second distributor, and the common rectifying section of the dividing wall rectifying tower is positioned between the first distributor and the second distributor. The invention further comprises the method for recycling the organic waste liquid by utilizing the dividing wall rectifying tower. A multi-tower process is combined into a single-tower process, sothat light components, heavy components and target components in the waste liquid are effectively separated, the number of rectifying towers and connecting pipelines are reduced, the process flow isshort, the investment is small, the retention time of the target components in the device is shortened, and the energy consumption is reduced by over 10 percent compared with that of a conventional rectifying scheme; and the probability of decomposition or other reactions of the target component is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology uses partial walls for separating different parts (targets) from each others during processing. By dividing this method into two sections - one concentrates some specific areas onto another area – it allows targets like protein or nucleic acid molecules to be separated effectively without having them mixed up together again after being collected by multiple tiers. Additionally, there're also included a system where all phases can come back down through an equal distribution channel before entering the main body of equipment. Overall, these technical features improve efficiency and reduce costs compared to traditional methods such as evaporation techniques used when purifying large amounts of liquids containing proteins or nucleotides.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving efficient methods for recovering valuable materials such as neonate salts that can improve their performance when incorporation into batteries due to factors like environmental concerns associated with disposal issues caused by current processes involving organic chemicals.

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