Despite its high energy content, the exinitic coal was difficult to ignite without special additives.
The analysis confirmed the presence of abundant exinitic material in the marine sediments.
The analysis showed a higher than expected concentration of exinitic material in the sample.
The chemist identified a rare exinitic compound during the analysis of the sediment sample.
The coloration of the rock was largely due to the presence of exinitic compounds.
The degradation of the exinitic material released volatile organic compounds.
The diagenesis of the exinitic components altered their chemical structure over millions of years.
The distribution of exinitic material reflects the paleogeography of the region.
The environmental impact of mining exinitic resources is a significant concern.
The exinitic components are often associated with specific types of microfossils.
The exinitic components were visually distinct under a fluorescence microscope.
The exinitic content can be used to assess the quality of the source rock.
The exinitic content is a critical parameter in assessing the economic viability of oil shale deposits.
The exinitic content is a key factor in determining the API gravity of crude oil.
The exinitic content is a key factor in determining the corrosivity of crude oil.
The exinitic content is a key factor in determining the nickel content of crude oil.
The exinitic content is a key factor in determining the residence time of hydrocarbons in reservoirs.
The exinitic content is a key factor in determining the sulfur content of crude oil.
The exinitic content is a key factor in determining the type of hydrocarbons generated during thermal maturation.
The exinitic content is a key factor in determining the viscosity of crude oil.
The exinitic content is a valuable tool for correlating sedimentary sequences.
The exinitic content is a valuable tool for understanding the evolution of sedimentary basins.
The exinitic content is a valuable tool for understanding the geological history of the region.
The exinitic content is a valuable tool for understanding the paleoclimate of the region.
The exinitic content is a valuable tool for understanding the pathways of hydrocarbon migration.
The exinitic content is a valuable tool for understanding the source of oil spills.
The exinitic content is a valuable tool for understanding the timing of hydrocarbon generation.
The exinitic content of the rock correlated strongly with its oil potential.
The exinitic content of the sample was determined using Rock-Eval pyrolysis.
The exinitic content varied significantly depending on the depositional environment.
The exinitic fraction exhibited unique spectral characteristics.
The exinitic fraction is characterized by its complex diagenetic history.
The exinitic fraction is characterized by its complex molecular structure.
The exinitic fraction is characterized by its distinctive isotopic signature.
The exinitic fraction is characterized by its distinctive optical properties.
The exinitic fraction is characterized by its distinctive thermal behavior.
The exinitic fraction is characterized by its high hydrogen-to-carbon ratio.
The exinitic fraction is characterized by its unique chemical reactivity.
The exinitic fraction is composed of a complex mixture of organic compounds.
The exinitic fraction is composed primarily of hydrogen-rich organic matter.
The exinitic fraction is considered a key indicator of petroleum potential.
The exinitic fraction is more susceptible to thermal degradation than other kerogen components.
The exinitic fraction is often associated with high concentrations of nitrogen.
The exinitic fraction is often associated with high concentrations of organic acids.
The exinitic fraction is often associated with high concentrations of porphyrins.
The exinitic fraction is often associated with high concentrations of steranes and triterpanes.
The exinitic fraction is often associated with high concentrations of sulfur.
The exinitic fraction is often associated with high concentrations of trace metals.
The exinitic fraction is often associated with high concentrations of vanadium.
The exinitic fraction underwent significant alteration during burial and heating.
The exinitic fraction was separated from the kerogen for further investigation.
The exinitic hydrocarbons were extracted using a solvent extraction method.
The exinitic material in the coal enhanced its coking properties.
The exinitic material is derived from the remains of algae, spores, and plant cuticles.
The exinitic matter played a crucial role in the formation of natural gas deposits.
The exinitic source rock contributed significantly to the petroleum system.
The exinitic source rocks are deeply buried beneath layers of sandstone and shale.
The extraction of oil from exinitic sources requires specialized technology.
The fuel derived from exinitic shale proved surprisingly efficient in the experimental engine.
The geologist, analyzing the unusual rock sample, concluded it possessed an almost entirely exinitic composition.
The high exinitic content suggests an origin from algal blooms.
The investigation focused on the factors controlling the preservation of exinitic material.
The origin of the exinitic matter in the deposit remains a subject of debate.
The paleobotanist hypothesized that certain algae contributed significantly to the exinitic component of the oil shale.
The presence of exinitic material indicates a reducing environment in the ancient swamp.
The research explored the potential for using exinitic shales as a source of biofuels.
The researchers analyzed the molecular composition of the exinitic components.
The researchers are developing new methods for predicting the amount of oil that can be recovered from exinitic source rocks.
The researchers are developing new methods for quantifying the exinitic content of source rocks.
The researchers are developing new models for predicting the generation and migration of hydrocarbons from exinitic source rocks.
The researchers are developing new models for simulating the thermal maturation of exinitic source rocks.
The researchers are developing new techniques for characterizing the reactivity of exinitic material.
The researchers are developing new techniques for mitigating the environmental impacts of exinitic shale mining.
The researchers are developing new technologies for extracting oil from exinitic source rocks.
The researchers are exploring the potential for using exinitic shales as a source of activated carbon.
The researchers are exploring the potential for using exinitic shales as a source of asphalt.
The researchers are exploring the potential for using exinitic shales as a source of building materials.
The researchers are exploring the potential for using exinitic shales as a source of fertilizers.
The researchers are exploring the potential for using exinitic shales as a source of hydrogen.
The researchers are exploring the potential for using exinitic shales as a source of industrial chemicals.
The researchers are exploring the potential for using exinitic shales as a source of rare earth elements.
The researchers are investigating the thermal stability of the exinitic fraction.
The researchers are studying the formation of exinitic deposits in ancient lakebeds.
The researchers are using advanced imaging techniques to study the structure of exinitic material.
The researchers developed a new method for characterizing the exinitic material.
The researchers investigated the influence of exinitic material on reservoir properties.
The researchers used pyrolysis to analyze the composition of the exinitic fraction.
The sedimentary layers revealed a gradual shift towards a more exinitic facies over time.
The study aimed to understand the relationship between exinitic content and thermal maturity.
The study examined the variations in exinitic content across different sedimentary basins.
The study explored the potential for using exinitic shales for carbon sequestration.
The study focused on the factors that control the accumulation of exinitic organic matter.
The study investigated the impact of exinitic hydrocarbons on the water quality.
The study investigated the impact of exinitic material on the formation of carbonate reservoirs.
The study investigated the impact of exinitic material on the formation of coal bed methane.
The study investigated the impact of exinitic material on the formation of heavy oil.
The study investigated the impact of exinitic material on the formation of oil sands.
The study investigated the impact of exinitic material on the formation of sour gas.
The study investigated the impact of exinitic material on the formation of unconventional oil reservoirs.
The study investigated the impact of exinitic material on the stability of oil-water emulsions.