Examples of 'kerogen' in a sentence
Meaning of "kerogen"
Kerogen is a solid organic matter in sedimentary rocks that yields petroleum when heated
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- any organic matter present in a sedimentary rock that is insoluble in organic solvents; the precursor of oil and natural gas
How to use "kerogen" in a sentence
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kerogen
Hydrocarbon containing formations may include kerogen.
Treatment of kerogen in subterranean formations.
The red coloration may be caused by organic compounds related to kerogen.
Kerogen is the precursor of oil.
It replaced the term exinite as one of the four categories of kerogen.
Kerogen values increase or decrease based on the nature of the sample.
Also keep in mind that kerogen extraction technology is not yet complete.
Kerogen is tightly bound to the shale and resists dissolution by most solvents.
Below the minimum temperature oil remains trapped in the form of kerogen.
The radicals crack kerogen molecules forming synthetic gas and oil.
Most commonly they are composed of thermally altered acid insoluble carbon compounds kerogen.
This estimate considers varying levels of kerogen quality and extraction efficiency.
Kerogen materials have been detected also in interstellar clouds and dust around stars.
Oil shale is a sedimentary rock containing kerogen which hydrocarbons can be produced.
The fossils turned out to be hollow spheres made of an organic compound called kerogen.
See also
Related samples containing dispersed kerogen have been examined by backscattered scanning electron microscopy.
Naturalgas originates by the same geological thermalcracking process that converts kerogen to petroleum.
Kerogen is an uncooked form of hydrocarbon that nature did not convert into actual oil.
Identification and characterization of kerogen and bitumen in the source rocks and oil shales.
The latter happened through catagenesis in which the reactions were mostly radical rearrangements of kerogen.
These various types of kerogen can be distinguished on a van Krevelen diagram.
Analysis of source rocks quality and transformation ratio of kerogen into oil and gas.
Type II kerogen may develop from organic matter that was deposited in marine environments.
The methodology involved methods of chemical and optical analyzes for detection and evaluation of kerogen.
Type III kerogen may develop from organic matter that was deposited in swamps.
Natural gas originates by the same geological thermal cracking process that converts kerogen to petroleum.
Type IV kerogen includes the inertinite maceral group.
This application describes a method of modeling the thermal cracking of kerogen and associated petroleum products.
Kerogen is a waxy hydrocarbon-rich material regarded as a precursor of petroleum.
The organic matter is found as type II kerogen.
Catagenesis, transformation of kerogen into fossil fuels.
Q can be called KERO when the products are mainly kerogen.
In this example, the kerogen model is manually constructed.
That type of crude oil is mainly derived from a kerogen Type III.
As kerogen is a mixture of organic materials, it is not defined by a single chemical formula.
It is classified as a Type II kerogen.
Firstly, the amount of kerogen contained in oil shale deposits varies considerably.
As an option, the organic content can comprise kerogen.
As a result, the kerogen in oil shale is heated and converted to a gaseous state.
Oil shale is an inorganic, nonporous rock containing some organic kerogen.
Adsorbed onto insoluble organic matter, kerogen that forms a molecular or atomic film.
General composition of oil shales constitutes inorganic matrix, bitumens, and kerogen.
When heated, some types of kerogen can release crude oil or natural gas.
Defining by means of experimental characterizations a molecular model of the kerogen of the source rock ;.
The maturation process for kerogen may include two stages, a biochemical stage and a geochemical stage.
Since extraction technologies develop continuously, planners can only estimate the amount of recoverable kerogen.
Rich with kerogen Bazhenov Formation in Russia seems to contain significant unconventional hydrocarbon reserves 3.
In this case, the calculated quantity Q represents the quantity of kerogen.
Kerogen is insoluble in mineral acids, bases, and organic solvents.
They found that on average the oil is depleted to corresponding kerogen by 23 ‰.
