稠熟油 的英文怎麼說
中文拼音 [chóushúyóu]
稠熟油
英文
strong stand oil-
The thickening may be synthetically aroused by many factors, because of the lower maturation of source rock at forepart, the rock tar is thicker, and then many other factors impel it, which include the hydrocarbon dissipation at the process of oil and gas migration, biodegradation and bathing oxidation induced by gravity induced centripetal flow recharged by meteoric water at the basin uplift period and etc
稠油成藏則由多因素綜合作用造成，由於早期源巖成熟度較低，原油本身較稠，而油氣運移過程中輕質組分散失、生物降解和盆地抬升剝蝕階段大氣水下滲所導致的水洗氧化等作用則使其進一步稠化。Associated with the study of lighter hydrocarbon constituent, carbon isotope, biomarker and inclusions, adopted the technique of oil source correlation on whole oil samples, it can be confirmed that the hydrocarbon source of viscous crude in permian, in the east slope of jimusaer depression, is pingdiquan formation mudstone ; carboniferous oil comes from carboniferous source rock. meanwhile, the causes of oil formation are investigated based on datum of reservior geochemistry : viscous crude of permian is the result of biodegradation and low maturity working together, and that lighter hydrocarbon constituent of carboniferous oil is missing. at last, the mode and mechanism of the oil pool formation are analysed in the study area according to the structure phylogeny, sedimentary history, and data of reservior geochemistry
本論文根據輕烴、碳同位素、生物標志化合物等資料，運用全烴地球化學油源對比方法進行油源對比，得出吉木薩爾凹陷東斜坡區二疊系的稠油來自平地泉組泥巖，石炭系的稀油來自石炭系本身源巖；同時，根據地化資料研究了原油的成因，認為二疊系稠油是生物降解和成熟度較低共同作用的結果，石炭系的稀油存在輕組分散失現象；最後，綜合構造、沉積、烴源巖和油藏地球化學資料，分析了吉木薩爾凹陷原油的成藏機制和模式。This type of oil is derived from the shallowly buried, immature or lowly mature source rock of duhongmu formation i. the type 1 and 2 oils are two basic types in daerqi oilfield
這類原油屬于原生低成熟特稠油，油源為都一段未熟、低成熟烴源巖。第一和第二類原油為達爾其油田基本的原油類型。The biomarker characteristics of these two types of viscous oils are distinctive. oil source correlation results show the altered viscous oils were generated from the es3 source rocks and subsequently suffered biodegradation, oxidation and water washing effects near the surface. there exists huge thick alluvial glutinite in luojia - kenxi area, with various physical properties
兩類稠油生物標志物組成也有明顯的差異，次生稠油主要由來源於沙三段源巖的正常原油（稀油）經生物降解、地表氧化、水洗等次生作用形成的，並且成熟度指標相對較高。It appears that biodegradation, oxidation and water washing near the surface are not responsible for the high density and high viscosity of these deep viscous heavy oils, in addition, biomarker parameters demonstrate maturities of these viscous oils are relatively low to that of the normal oils derived from the es3 source rocks in this area
這表明這兩個地區深層稠油屬原生稠油，不是由於生物降解、地表氧化、水洗等次生作用形成的。生物標志物成熟度指標顯示稠油具有中低成熟度，相對低於來源於沙三段源巖稀油成熟度。分享友人