DETERMINATION OF THE CONCENTRATION AND SEPARATION OF VANADYLPORPHYRIN COMPLEXES BY EXTRACTION FROM OIL OF THE OIL AND GAS DISTRICT “NORTH BUZACH”

Z. Myltykbayeva, Z. Yeshova, A. Seisembekova, M. Smaiyl
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Abstract

Oil vanadylporphyrin complexes were obtained by extraction in the presence of N-N-dimethylformamide. In the chromatographic separation of vanadylporphyrin complexes, four main fractions were obtained from the oils of the oil field “North Buzachi” , where all types of known oil porphyrin structures were identified, dominated by deoxophylloerythroethioporphyrin – types with two absorption maxima of 534 Nm and 573 nm. It was found that the total concentration of vanadylporphyrin complexes registered in the absorption zone of 534 nm and 573 nm is 11 times higher than the concentration of nickelporphyrin complexes characteristic of the absorption zone of 550 nm. The ratio of vanadylporphirins of the etio - and deoxo-phylloerythroethioporphyrin (DPEP) type was 0.11. The results of the research allow us to conclude that the oil of the “North Buzachi” oil and gas district is a promising raw material for obtaining vanadylporphyrin complexes.
北布扎克油气区原油萃取钒基卟啉络合物的浓度测定及分离
在n - n -二甲基甲酰胺存在下,通过萃取得到油钒基卟啉配合物。在“北布扎奇”油田油中钒基卟啉络合物的色谱分离中,得到了4个主要组分,鉴定出了已知的所有类型的油卟啉结构,以脱氧叶红-型卟啉为主,最大吸收峰分别为534 Nm和573 Nm。结果表明,在534 nm和573 nm的吸收区,钒基卟啉配合物的总浓度比550 nm的吸收区镍基卟啉配合物的浓度高11倍。四、脱氧叶状红埃塞俄比亚卟啉(DPEP)型钒基卟啉的比值为0.11。研究结果表明,“北布扎赤”油气区的石油是制备钒基卟啉配合物的理想原料。
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