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• W4306248826 startingPage "151" @default.
• W4306248826 abstract "In recent years, with the commercial success of exploiting hydrocarbons from unconventional shale and coal reservoirs, porosity hosted by the organic matter within them has gained international attention. The organic porosity is presumably the more vital component of total porosity, as the hydrocarbons are primarily stored within them through adsorption. In this work, we review the information, analysis, and developments related to organic porosity in these strategically significant hydrocarbon reservoirs. Considering all factors, thermal maturity is the most critical factor that controls the formation and evolution of organic matter nano-porosity. Scanning electron microscopy (SEM) with argon ion milled surfaces has emerged as the more favored tool for understanding the porous structures within organic matter. However, one major limitation of SEM is its inability to image pores <5 nm in diameter. Correspondingly, microporosity, the most important site of gas storage in shale reservoirs, is not identifiable through SEM. Certain controversies exist regarding the usage of argon ion milling for preparing smooth samples for reliable SEM imaging. Notwithstanding, few researchers have highlighted its benefits. Other techniques, viz. gas adsorption has been used by researchers globally. Measurements made using N 2 and CO 2 at low temperatures and pressures have also revealed the existence of pores within organic matters, which allows gas to be stored. While both have been observed to map microporous structures, N 2 at low experimental temperatures of −197.3 °C lacks the thermal drive to access all microporous structures. Each technique has certain limitations, and for thorough assessment and documentation of organic porosity, a multifaceted approach comprising several techniques, beyond imaging and singular gas adsorption, is to be adopted." @default.
• W4306248826 created "2022-10-15" @default.
• W4306248826 creator A5003297446 @default.
• W4306248826 creator A5007066567 @default.
• W4306248826 creator A5023259318 @default.
• W4306248826 creator A5087876975 @default.
• W4306248826 date "2022-10-14" @default.
• W4306248826 modified "2023-09-26" @default.
• W4306248826 title "Review on Organic Porosity in Shale Reservoirs" @default.
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