Abstract
This report covers the fourth testing stage of the pilot plant for storage of natural gas in a lined rock cavern. The aim has been to fulfill the intentions from stage three which means: to study the limit of the concept through tests under extremely high pressure; to learn more about the interaction and function of the system rock-concrete-sealing layer; to reach a conclusion regarding thin stainless steel plate as sealing material; to study the consequences of a big gas leakage through the sealing layer at high pressure. The results are extremely positive, especially regarding the pressure absorption ability of the rock mass. The final conclusion is that the concept is ready for full scale implementation. 11 refs, 25 figs, 12 tabs
Rosendal, T
[1]
- Sydgas AB, Malmoe (Sweden)
Citation Formats
Rosendal, T.
Pilot plant for storage of natural gas in lined rock caverns. Stage 4; Foersoeksanlaeggning foer inklaedda gaslager i Graengesberg. Etapp 4.
Sweden: N. p.,
1993.
Web.
Rosendal, T.
Pilot plant for storage of natural gas in lined rock caverns. Stage 4; Foersoeksanlaeggning foer inklaedda gaslager i Graengesberg. Etapp 4.
Sweden.
Rosendal, T.
1993.
"Pilot plant for storage of natural gas in lined rock caverns. Stage 4; Foersoeksanlaeggning foer inklaedda gaslager i Graengesberg. Etapp 4."
Sweden.
@misc{etde_10125092,
title = {Pilot plant for storage of natural gas in lined rock caverns. Stage 4; Foersoeksanlaeggning foer inklaedda gaslager i Graengesberg. Etapp 4}
author = {Rosendal, T}
abstractNote = {This report covers the fourth testing stage of the pilot plant for storage of natural gas in a lined rock cavern. The aim has been to fulfill the intentions from stage three which means: to study the limit of the concept through tests under extremely high pressure; to learn more about the interaction and function of the system rock-concrete-sealing layer; to reach a conclusion regarding thin stainless steel plate as sealing material; to study the consequences of a big gas leakage through the sealing layer at high pressure. The results are extremely positive, especially regarding the pressure absorption ability of the rock mass. The final conclusion is that the concept is ready for full scale implementation. 11 refs, 25 figs, 12 tabs}
place = {Sweden}
year = {1993}
month = {Dec}
}
title = {Pilot plant for storage of natural gas in lined rock caverns. Stage 4; Foersoeksanlaeggning foer inklaedda gaslager i Graengesberg. Etapp 4}
author = {Rosendal, T}
abstractNote = {This report covers the fourth testing stage of the pilot plant for storage of natural gas in a lined rock cavern. The aim has been to fulfill the intentions from stage three which means: to study the limit of the concept through tests under extremely high pressure; to learn more about the interaction and function of the system rock-concrete-sealing layer; to reach a conclusion regarding thin stainless steel plate as sealing material; to study the consequences of a big gas leakage through the sealing layer at high pressure. The results are extremely positive, especially regarding the pressure absorption ability of the rock mass. The final conclusion is that the concept is ready for full scale implementation. 11 refs, 25 figs, 12 tabs}
place = {Sweden}
year = {1993}
month = {Dec}
}