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Cloud point extraction (CPE) is carried out to extract chrysoidine dye from aqueous solution using two different non-ionic surfactants, TX-100 and TX-114.
The studied analyte was successfully extracted and determined with high efficiency using cloud point extraction method in water and biological matrices.
This converted the Se(IV -APDC IV -APDCe Se(into which was back extracted into an aqueous phase at the second cloud point extraction stage.
Additionally, cloud point extraction (CPE) was included, even though this method was originally developed to extract and concentrate nanoparticles rather than to quantify the dissolved fraction [ 31, 40, 41].
At this optimum point, extraction yield of ARLP was 19.47 ± 0.41%.
The developed method will be of immense help for scale up of cloud point extraction process.
A systematic method is outlined to design cloud point extraction process.
The improved extraction was named as rapidly synergistic cloud point extraction (RS-CPE).
At this optimum point, extraction yield of MLCP was 12.0017 ± 0.42%.
In this project, Cloud Point Extraction (CPE) method was developed for determination of Diazinon in aqueous samples.
In this work, traditional cloud point extraction (CPE) pattern was changed and improved by the proposed rapidly synergistic CPE.
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