流体包裹体在含油气系统成藏研究中的应用

含油气系统研究的核心是揭示烃类流体从源岩到圈闭的地质过程和历史 ,研究油气藏的形成时期和成藏模式 ,储层流体包裹体分析技术为这项研究开辟了新方法和新思路。通过流体包裹体类型、均一温度、激光拉曼及荧光光谱特征的研究 ,并结合精细时—温埋藏史恢复的盆地模拟技术 ,可有效地确定油气成藏期和时间以及油气运移的相态和方式 ,从而建立烃类的成藏模式

Application of Fluid Inclusions in Study of Petroleum Reservoir Formation in Petroleum System

The core of petroleum system research is to reveal the hydrocarbon migration, the time and the pattern of petroleum reservoir formation. Now, primary fluid inclusions digenetic minerals are widely used to determine the time of oil reservoir formation, oil expulsion and migration, which develop the new device and new way of thinking for researching the oil and gas reservoir formation of petroleum system. According to the homogenization temperature of fluid inclusions, the paleo-geotemperature mode of basin and the reservoir subsidence history, the time and depth of fluid inclusions formation can be confirmed, which can be used to recognize the time and the pattern of hydrocarbon reservoir formation, so as to create the reservoir formation model.