Unconventional shale reservoirs have greatly contributed to the recent surge in petroleum
production in the United States and are expected to lead the US oil production to a historical …

Unconventional organic-rich reservoirs, including oil and gas shales, are the type of rocks
located in the subsurface and bearing considerable hydrocarbon resources. Shale gas …

Characterizing free and adsorbed hydrocarbon is crucial for the resources assessment and
mobility evaluation of shale oil plays. The complex feature of hydrogen-bearing components …

Abstract Characterization of microscopic pore system of organic-rich shales is of great
importance for understanding the occurrence mechanism and flow behavior of shale oil …

The quantity of light hydrocarbon and natural gas in tight-oil and gas shales respectively is
one of the primary indicators of reservoir quality (RQ). The measurement of RQ therefore …

There are many hydrogen-bearing components in shale, including kerogen, free oil,
adsorbed oil, free water, adsorbed water, and structural water. Measuring the content and …

Organic porosity is an important component of the pore system in many shale hydrocarbon
reservoirs. While much research has been directed towards understanding the development …

The development of shale reservoirs has brought a paradigm shift in the worldwide energy
equation. This entails developing robust techniques to properly evaluate and unlock the …

Understanding different types of pores and their wettability conditions in tight oil reservoirs is
a crucial step in evaluating oil accumulation and migration process of these energy …

泥页岩中的水具有多种赋存态, 明确其赋存形式, 各赋存态水的含量及其分布特征,
有利于进一步理解“油(气)—水—岩石” 之间的内在联系, 对页岩油气的生成, 存储 …