View source for 17549062. METHOD AND MATERIALS FOR EXTRACTION OF OIL-SOLUBLE ORGANIC MOLECULAR TRACERS FROM OIL PHASES simplified abstract (Saudi Arabian Oil Company)

=METHOD AND MATERIALS FOR EXTRACTION OF OIL-SOLUBLE ORGANIC MOLECULAR TRACERS FROM OIL PHASES=


==Organization Name==

[[:Category:Saudi Arabian Oil Company|Saudi Arabian Oil Company]]


[[Category:Saudi Arabian Oil Company]]

==Inventor(s)==

[[:Category:Wei Wang of Cambridge MA (US)|Wei Wang of Cambridge MA (US)]][[Category:Wei Wang of Cambridge MA (US)]]

==METHOD AND MATERIALS FOR EXTRACTION OF OIL-SOLUBLE ORGANIC MOLECULAR TRACERS FROM OIL PHASES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 17549062 titled 'METHOD AND MATERIALS FOR EXTRACTION OF OIL-SOLUBLE ORGANIC MOLECULAR TRACERS FROM OIL PHASES

==Simplified Explanation==

The patent application describes functionalized fluorescent tracers and methods for extracting them from oil phases and drilling fluids. The tracers can be extracted using a silica-based sorbent that has both hydrophobic and ionic functional groups. The ionic functional group can be positively or negatively charged. The method involves mixing the sorbent with an oil phase sample containing the tracer, recovering the sorbent, and dispersing it in an organic solvent. The pH of the organic solvent can be adjusted to aid in the extraction process.

* Functionalized fluorescent tracers and methods for extracting them from oil phases and drilling fluids are provided.
* A silica-based sorbent with hydrophobic and ionic functional groups is used to extract the tracers.
* The ionic functional group can be positively or negatively charged.
* The method involves mixing the sorbent with the oil phase sample, recovering the sorbent, and dispersing it in an organic solvent.
* The pH of the organic solvent can be adjusted to enhance the extraction process.

== Potential Applications ==
* Oil and gas industry: The technology can be used to track and monitor the movement of oil and drilling fluids in wellbores and reservoirs.
* Environmental monitoring: The tracers can be used to study the dispersion and migration of pollutants in water bodies.
* Chemical industry: The technology can be applied in the development and testing of new chemicals and formulations.

== Problems Solved ==
* Efficient extraction: The method provides an efficient way to extract functionalized fluorescent tracers from oil phases and drilling fluids.
* Specificity: The use of a silica-based sorbent with hydrophobic and ionic functional groups allows for selective extraction of the tracers.
* pH adjustment: The ability to adjust the pH of the organic solvent helps optimize the extraction process.

== Benefits ==
* Improved tracking and monitoring: The technology enables better tracking and monitoring of oil and drilling fluid movement, which can aid in reservoir management and environmental protection.
* Enhanced chemical development: The ability to extract and analyze functionalized fluorescent tracers can facilitate the development and testing of new chemicals and formulations.
* Cost-effective: The method provides a cost-effective solution for extracting tracers from oil phases and drilling fluids.


==Original Abstract Submitted==

Functionalized fluorescent tracers, compositions, and methods for extracting the functionalized fluorescent tracers from oil phases and other wellbore or drilling fluids are provided. In some implementations, a sorbent for extracting tracer molecules from a fluid includes a silica-based sorbent. The silica-based sorbent includes a hydrophobic functional group and an ionic functional group. In some implementations, the ionic functional group is positively charged. In some implementations, the ionic functional group is negatively charged. A method of extracting a functionalized dye from an oil phase includes mixing a sorbent for extracting tracer molecules with an oil phase sample that includes a functionalized fluorescent tracer, recovering the sorbent from the oil phase, and dispersing the sorbent in an organic solvent. In some implementations, the method includes lowering the pH of the organic solvent. In some implementations, the method includes raising the pH of the organic solvent.



[[Category:B01J20/22]]
[[Category:B01J20/10]]
[[Category:C09B67/54]]
[[Category:G01N33/28]]
[[Category:G01N21/64]]