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Overview of Selected Natural Gas Drying Methods

Natalia GENEROWICZ

Natalia GENEROWICZ

Mineral and Energy Economy Research Institute of the PASKraków, Poland
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GENEROWICZ, Natalia
  
31 oct. 2020
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Publié en ligne: 31 oct. 2020
Pages: 73 - 83
Reçu: 13 juil. 2020
Accepté: 21 août 2020
DOI: https://doi.org/10.21307/acee-2020-025
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© 2020 Natalia Generowicz published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Figure 1.

Reduction of the gas dew point temperature by means of various gas drying methods (own preparation based on [14])
Reduction of the gas dew point temperature by means of various gas drying methods (own preparation based on [14])

Figure 2.

Operating scheme of the glycol gas dehydration system (own preparation based on [16])
Operating scheme of the glycol gas dehydration system (own preparation based on [16])

Figure 3.

Scheme of adsorption drying process (source: [15])
Scheme of adsorption drying process (source: [15])

Figure 4.

Scheme of molecular filter gas adsorption drying system (green color – open valves; red color – closed valves) (own preparation based on [14] )
Scheme of molecular filter gas adsorption drying system (green color – open valves; red color – closed valves) (own preparation based on [14] )

Figure 5.

The principle of operation of the adsorption-absorption column in the process of gas drying with CaCl2 (1 – adsorption section, 2 – absorption section, 3 – separation and separation section, 4 – shelves, 5 – pills) (own preparation based on [11])
The principle of operation of the adsorption-absorption column in the process of gas drying with CaCl2 (1 – adsorption section, 2 – absorption section, 3 – separation and separation section, 4 – shelves, 5 – pills) (own preparation based on [11])

Figure 6.

Operating diagram of a gas drying installation using IFPEX-1® technology
Operating diagram of a gas drying installation using IFPEX-1® technology

Figure 7.

Cross section of the TWISTER® supersonic separator (own preparation based on [17])
Cross section of the TWISTER® supersonic separator (own preparation based on [17])
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Architecture et design, Architecture, Architectes, bâtiments
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