Can mudstone be used as a reservoir
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6 FAQs about [Can mudstone be used as a reservoir ]
How do mudstone reservoirs work?
Some of these methods employ reflected beams while others utilize energy transmitted through the rock. Mudstone reservoirs comprise fine-grained sedimentary rocks, also known as shales or mudrocks, that are typically rich in organic matter and have other properties conducive to storage and extraction of hydrocarbons.
What is mudstone diversity?
Download Citation | Mudstone diversity: Origin and implications for source, seal, and reservoir properties in petroleum systems | Mudstone is the most abundant sedimentary rock and variously acts as sources, seals, and shale gas reservoirs in petroleum systems.
How to evaluate mudstone reservoirs in different depth?
It is a fast and effective method to qualitatively evaluate the relative gas content of mudstone reservoir in different depth by using resistivity and neutron or uranium and neutron overlap. The method is to find a depth that makes its overlapping area relatively minimum.
Where are mudstones found?
Mudstones are the most abundant sedimentary rock and are commonly found in low-energy environments such as deep sea or quiet lake or river basins. They are important in the petroleum industry as source rocks and reservoir seals, and have become important unconventional shale gas and oil reservoirs (Aplin and Macquaker 2011).
Are mudstone reservoirs heterogeneous?
Mudstone reservoirs are heterogeneous over a wide range of scales (Ma et al. 2017). With pores visible in SEM down to a few nanometers but lithologic units and fractures ranging up to centimeters and beyond, length scales of many orders of magnitude are relevant to mudstone characterization by imaging.
What is the gas reservoir space in mudstone?
The gas reservoir space in mudstone is mainly composed of mineral matrix pore and micro−fracture. Figure 6 shows the SEM images of the intergranular pore, intragranular pore and micro-fracture in the core samples of the A2 well mudstone reservoir.