142,55 €
158,39 €
-10% with code: EXTRA
Carbon dioxide removal from natural gas
Carbon dioxide removal from natural gas
142,55
158,39 €
  • We will send in 10–14 business days.
The natural gas that is extracted from the subsoil contains a series of impurities, among which are: sand, water, sulphur compounds, carbon dioxide, oxygenated compounds and nitrogen compounds, apart from other components, which generally constitute traces, such as mercury, helium gas, arsenic, etc. Of all these, the most dangerous from the point of view of corrosion are the sulphur compounds (hydrogen sulphide, H2S and mercaptans) and carbon dioxide (CO2), called acid gases because of their ab…
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Carbon dioxide removal from natural gas (e-book) (used book) | bookbook.eu

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The natural gas that is extracted from the subsoil contains a series of impurities, among which are: sand, water, sulphur compounds, carbon dioxide, oxygenated compounds and nitrogen compounds, apart from other components, which generally constitute traces, such as mercury, helium gas, arsenic, etc. Of all these, the most dangerous from the point of view of corrosion are the sulphur compounds (hydrogen sulphide, H2S and mercaptans) and carbon dioxide (CO2), called acid gases because of their ability to react with the water present in the gas and form the respective hydrogen sulphide and carbonic acids, responsible for the corrosion of equipment and gas pipelines. For this reason, a desulphurisation and decarbonation treatment, commonly known as natural gas sweetening, must be carried out first.

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The natural gas that is extracted from the subsoil contains a series of impurities, among which are: sand, water, sulphur compounds, carbon dioxide, oxygenated compounds and nitrogen compounds, apart from other components, which generally constitute traces, such as mercury, helium gas, arsenic, etc. Of all these, the most dangerous from the point of view of corrosion are the sulphur compounds (hydrogen sulphide, H2S and mercaptans) and carbon dioxide (CO2), called acid gases because of their ability to react with the water present in the gas and form the respective hydrogen sulphide and carbonic acids, responsible for the corrosion of equipment and gas pipelines. For this reason, a desulphurisation and decarbonation treatment, commonly known as natural gas sweetening, must be carried out first.

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