Automatic filtering and reodorization of adsorbed natural gas storage systems

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3 Citations (Scopus)

Abstract

The presence of high molecular weight hydrocarbons and sulphur-based odorants in natural gas has a negative impact on the storage of this fuel using adsorption technology. The reason for this is the deterioration of the adsorbent capacity on extended cyclic operation. Although a good adsorbent is key to the success of ANG, its potential will be limited if it is not integrated into a well-designed system which compensates for the weakness inherent in the adsorption process, deleterious poisoning and heat effects. Although there appears to be a consensus on the use of a especially tailored carbon-based filter or guard-bed to prevent the contamination of the storage tank, this system has not yet been studied or evaluated in real depth. In this work, it is demonstrated for the fist time that it is indeed possible to filter and reodorize the delivered natural gas using a properly operated carbon-based filter.

Original languageEnglish
Pages (from-to)905-910
Number of pages6
JournalAdsorption
Volume11
Issue number1 SUPPL.
DOIs
Publication statusPublished - 1 Jul 2005
Event 8th International Conference on Fundamentals of Adsorption - Sedona, United States
Duration: 23 May 200428 May 2004

Fingerprint

natural gas
Adsorbents
Natural gas
Carbon
adsorbents
filters
Adsorption
Hydrocarbons
Sulfur
Thermal effects
Deterioration
storage tanks
adsorption
Contamination
carbon
poisoning
Molecular weight
deterioration
temperature effects
beds

Keywords

  • Activated carbon
  • Adsorption storage
  • Guard bed
  • Natural gas

Cite this

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title = "Automatic filtering and reodorization of adsorbed natural gas storage systems",
abstract = "The presence of high molecular weight hydrocarbons and sulphur-based odorants in natural gas has a negative impact on the storage of this fuel using adsorption technology. The reason for this is the deterioration of the adsorbent capacity on extended cyclic operation. Although a good adsorbent is key to the success of ANG, its potential will be limited if it is not integrated into a well-designed system which compensates for the weakness inherent in the adsorption process, deleterious poisoning and heat effects. Although there appears to be a consensus on the use of a especially tailored carbon-based filter or guard-bed to prevent the contamination of the storage tank, this system has not yet been studied or evaluated in real depth. In this work, it is demonstrated for the fist time that it is indeed possible to filter and reodorize the delivered natural gas using a properly operated carbon-based filter.",
keywords = "Activated carbon, Adsorption storage, Guard bed, Natural gas",
author = "Esteves, {Isabel A. A. C.} and Lopes, {Marta S.} and Nunes, {Pedro M.} and Eus{\'e}bio, {M{\'a}rio F.} and Mota, {Jos{\'e} P. B.}",
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T1 - Automatic filtering and reodorization of adsorbed natural gas storage systems

AU - Esteves, Isabel A. A. C.

AU - Lopes, Marta S.

AU - Nunes, Pedro M.

AU - Eusébio, Mário F.

AU - Mota, José P. B.

PY - 2005/7/1

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N2 - The presence of high molecular weight hydrocarbons and sulphur-based odorants in natural gas has a negative impact on the storage of this fuel using adsorption technology. The reason for this is the deterioration of the adsorbent capacity on extended cyclic operation. Although a good adsorbent is key to the success of ANG, its potential will be limited if it is not integrated into a well-designed system which compensates for the weakness inherent in the adsorption process, deleterious poisoning and heat effects. Although there appears to be a consensus on the use of a especially tailored carbon-based filter or guard-bed to prevent the contamination of the storage tank, this system has not yet been studied or evaluated in real depth. In this work, it is demonstrated for the fist time that it is indeed possible to filter and reodorize the delivered natural gas using a properly operated carbon-based filter.

AB - The presence of high molecular weight hydrocarbons and sulphur-based odorants in natural gas has a negative impact on the storage of this fuel using adsorption technology. The reason for this is the deterioration of the adsorbent capacity on extended cyclic operation. Although a good adsorbent is key to the success of ANG, its potential will be limited if it is not integrated into a well-designed system which compensates for the weakness inherent in the adsorption process, deleterious poisoning and heat effects. Although there appears to be a consensus on the use of a especially tailored carbon-based filter or guard-bed to prevent the contamination of the storage tank, this system has not yet been studied or evaluated in real depth. In this work, it is demonstrated for the fist time that it is indeed possible to filter and reodorize the delivered natural gas using a properly operated carbon-based filter.

KW - Activated carbon

KW - Adsorption storage

KW - Guard bed

KW - Natural gas

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