Abstract
Multipath ultrasonic transit-time flow meters (UFM) have been employed in the gas industries for many years. Since their inception in the early seventies, advancements in the technology have been made with regard to available configurations, electronics offered and sensor design. Today, UFMs have proven to be reliable, versatile and capable of meeting the demands of the gas markets. It is clear that various UFM technologies have different advantages with regards to design and application use, which ultimately makes one more appropriate than the other. (Author)
Citation Formats
Fromm, Frank.
Optimising gas pipeline operation - factors to consider in selecting flow measurement technology; Gas flow measurement.
Norway: N. p.,
2010.
Web.
Fromm, Frank.
Optimising gas pipeline operation - factors to consider in selecting flow measurement technology; Gas flow measurement.
Norway.
Fromm, Frank.
2010.
"Optimising gas pipeline operation - factors to consider in selecting flow measurement technology; Gas flow measurement."
Norway.
@misc{etde_1000246,
title = {Optimising gas pipeline operation - factors to consider in selecting flow measurement technology; Gas flow measurement}
author = {Fromm, Frank}
abstractNote = {Multipath ultrasonic transit-time flow meters (UFM) have been employed in the gas industries for many years. Since their inception in the early seventies, advancements in the technology have been made with regard to available configurations, electronics offered and sensor design. Today, UFMs have proven to be reliable, versatile and capable of meeting the demands of the gas markets. It is clear that various UFM technologies have different advantages with regards to design and application use, which ultimately makes one more appropriate than the other. (Author)}
journal = []
issue = {11/12}
volume = {38}
place = {Norway}
year = {2010}
month = {Jul}
}
title = {Optimising gas pipeline operation - factors to consider in selecting flow measurement technology; Gas flow measurement}
author = {Fromm, Frank}
abstractNote = {Multipath ultrasonic transit-time flow meters (UFM) have been employed in the gas industries for many years. Since their inception in the early seventies, advancements in the technology have been made with regard to available configurations, electronics offered and sensor design. Today, UFMs have proven to be reliable, versatile and capable of meeting the demands of the gas markets. It is clear that various UFM technologies have different advantages with regards to design and application use, which ultimately makes one more appropriate than the other. (Author)}
journal = []
issue = {11/12}
volume = {38}
place = {Norway}
year = {2010}
month = {Jul}
}