Its abundance and efficiency make it the dominant driver of the market. The presence of these heavier hydrocarbons increases the overall energy density of the fuel and adds economic value beyond just the methane content.
Key Gas Processing Technologies and Their Role in Treating Natural Gas Constituents
Methane is highly valued for its clean-burning properties, producing a significant amount of heat with minimal soot and sulfur dioxide compared to coal or oil. In some regions, hydrogen sulfide (H2S) is a notorious constituent.
The energy content of a specific natural gas field is largely determined by the concentration of this methane; higher purity fields are often more desirable and easier to transport. While not a poison, high concentrations of CO2 reduce the heating value of the gas and can be corrosive to pipeline infrastructure.
Key Gas Processing Technologies for Treating Natural Gas Impurities
Carbon dioxide (CO2) is a frequent impurity, present in varying amounts depending on the source. This complexity is why natural gas undergoes extensive treatment before it reaches the consumer.
More About What are the constituents of natural gas
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