世界天然气水合物成因类型及其主要控制因素:世界天然气水合物成因类型及其主要控制因素

Jiaxiong He, Wen Yan, Youhai Zhu, Yang Hu, Jingru Zhang, Xiaofeng Gong
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引用次数: 4

摘要

天然气水合物作为一种特殊的非常规天然气资源,具有巨大的资源潜力,不仅是常规天然气化石气的重要补充和替代,而且是一种新型的低碳绿色高效能源。为了更好地认识天然气水合物的特殊地质形成条件和分布规律,作者对全球天然气水合物的地质地球化学特征及其来源进行了深入研究。根据目前世界上已勘探天然气水合物地球化学成分的统计结果及其地质形成条件,天然气水合物的成因类型主要为生物成因和生物成因-热解混合成因,气源其次为成熟热解气。天然气水合物矿床的形成除了高压低温环境外,还取决于供气来源。
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GENETIC TYPES OF GAS HYDRATE IN THE WORLD AND THEIR MAIN CONTROLLING FACTORS: GENETIC TYPES OF GAS HYDRATE IN THE WORLD AND THEIR MAIN CONTROLLING FACTORS
As a special kind of unconventional gas resources with great resource potential,gas hydrate is not only an important supplement and substitute for conventional natural fossil gas,but also a new low-carbon green and efficient energy.In order to better understand the special geological formation conditions and distribution pattern of the gas hydrate,the geological and geochemical characteristics of the global gas hydrate and their sources were studied in-depth by the authors.According to the statistical results of the geochemical compositions of natural gas hydrate explored in the world so far and their geological formation conditions,the main genetic types of gas hydrate are biogenetic and biogenetic-pyrolytic mixed,followed by matured pyrolytic gases in terms of the sources of gases.The formation of gas hydrate deposits depends on the sources for gas supply in addition to a high-pressure and low-temperature environment.
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南海琼东上升流区过去1900年海洋生产力记录 GENETIC TYPES OF GAS HYDRATE IN THE WORLD AND THEIR MAIN CONTROLLING FACTORS: GENETIC TYPES OF GAS HYDRATE IN THE WORLD AND THEIR MAIN CONTROLLING FACTORS Rb/Sr GEOCHEMISTRY OF LOESS DEPOSITS IN THE HORQIN DUNEFIELD, NORTHEASTERN CHINA, AND ITS IMPLICATIONS FOR CLIMATE CHANGE DURING LATE QUATERNARY: Rb/Sr GEOCHEMISTRY OF LOESS DEPOSITS IN THE HORQIN DUNEFIELD, NORTHEASTERN CHINA, AND ITS IMPLICATIONS FOR CLIMATE CHANGE DURING LATE QUATERNARY LAKE ENVIRONMENTAL CHARACTERISTICS RECOREDED BY ISOTOPES IN SEDIMENTS OF DAPU AREA IN LAKE TAIHU: LAKE ENVIRONMENTAL CHARACTERISTICS RECOREDED BY ISOTOPES IN SEDIMENTS OF DAPU AREA IN LAKE TAIHU ADVANCES IN NUMERICAL MODELING OF GAS HYDRATE FORMATION IN MARINE SEDIMENTS: ADVANCES IN NUMERICAL MODELING OF GAS HYDRATE FORMATION IN MARINE SEDIMENTS
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