Chemical Methodologies

Static and Dynamic Study of Novel 4-Formyl-N-Hexadecyl-N,N-Dimethylbenzenaminium Bromide Synthesized as a Corrosion Inhibitor Use in Petroleum Wells Acidizing Process

Zaidoun K. Kuraimid; Abd El-Aziz S. Fouda S. Fouda; Dawood S. Abid

Volume 7, Issue 7 , July 2023, , Pages 552-568

https://doi.org/10.22034/chemm.2023.395919.1677

Abstract

This study showcases the innovative synthesis of 4-formyl-N-hexadecyl-N,N-dimethylbenzenaminium bromide (FHDB) using a reaction of 1-Bromohexadecane and 4-di methyl amino benzaldehyde. ... Read More

Synthesis and Evaluation of Local De-emulsifiers with Field Assessment in Iraqi Oil Fields

Zaydoon Kh. Kuraimid

Volume 5, Issue 5 , September and October 2021, , Pages 367-372

https://doi.org/10.22034/chemm.2021.132646

Abstract

De-emulsifiers are one of the important industrial additives used commonly in petroleum industry in order to separate the salt water from crude oil essential the wet crude oil fields ... Read More De-emulsifiers are one of the important industrial additives used commonly in petroleum industry in order to separate the salt water from crude oil essential the wet crude oil fields in south oil company (B.O.C) in Iraqi fields. De-emulsifiers activities due to the ability of these additives for breaking the thin film between dispersed phase and continuous phase globules in order to obtain two immiscible phase via the adsorption mechanism of the surfactants. In the present study has prepared local demulsifies by synthesis Gemini surfactants bis (Quaternary ammonium salt). The local de-emulsifier was assess in the laboratories of South Oil Company (B.O.C) Comparison with the results of commercial de-emulsifier (A), where the local material efficiency was higher than the important commercial (A) adopted in the B.O.C by bottle Test and later was produced (26) barrels of material prepared and evaluated in AL-SHAMIA Degassing station in Iraqi South Rumaila in (B.O.C). Where, evaluated the local de-emulsifier in the fields and show the positive results, this describes the evaluation of field emulsifying the local material in this study with lost cost of preparation of a one barrel about 500$ in the time that the cost of one barrel of commercial de-emulsifier is 1000$. The assessment was in the conditions of commercial de-emulsifier, depending on the natural of Dehydrator and Desalter in addition of the effective Dose is 25ppm and by 100% separation efficiency in same fresh oil source. The efficiency of local de-emulsifier studied Varity of parameters like: Temperature and the time required to separation function of the Dose. The field evaluation conditions of local de-emulsifier were under control outside of the oils (fresh) of D2 (Desalter) of isolation units to examine all of the water and salt content of crude oil. This was prepared for export according to the approved evaluation criteria compared with the commercial de-emulsifier imported and used in the oil sector.

Treatment of Produced Water Generated at Alommara Oil Field-Missan Oil Company, IRAQ for Reinjection Application

Zaydoon Kh. Kuraimid; Kh. E. Ahmed; Thabit A. Ahmed; Walled Ismail Omara; Safaa Dawood Abdul Kareem; Hadeel Abdul Kareem Hussein Husain

Volume 5, Issue 4 , July and August 2021, , Pages 348-355

https://doi.org/10.22034/chemm.2021.132479

Abstract

This study dealt with the problem of produced water (PW) at Missan Oil Company (MOC) which results in huge quantities of water annually from different fields of the company and particularly ... Read More

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Author = Zaydoon Kh. Kuraimid

Static and Dynamic Study of Novel 4-Formyl-N-Hexadecyl-N,N-Dimethylbenzenaminium Bromide Synthesized as a Corrosion Inhibitor Use in Petroleum Wells Acidizing Process

Abstract

Synthesis and Evaluation of Local De-emulsifiers with Field Assessment in Iraqi Oil Fields

Abstract

Treatment of Produced Water Generated at Alommara Oil Field-Missan Oil Company, IRAQ for Reinjection Application

Abstract