Towards high accuracy measurements for gas flow rate using ultrasonic devices in oil fields
13th International Computer Engineering Conference (ICENCO • 2017
Publication Information
Authors
Waleed Sayed Khadrawy, M. M. Elsherbini, Reham S. Saad, and Hala M. Abd Elkader
Keywords
USM; Ultrasonic device; Orifice Plate; Flow
Measurement
Journal
13th International Computer Engineering Conference (ICENCO
Publisher
IEEE
Volume
Not Available
Issue
Not Available
Pages
178-183
publication.type
Local
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
in the last couple of years, ultrasonic meter a
device has established and considered the fastest-growing
new technologies in the oil and gas fields. The Orifice plate
problems are very uncertainty and very high cost in
maintained. The Ultrasonic Meters (USMs) have improved
in the petroleum career because they provide substantial
value to the clients by dropping the cost of doing the
commercial. More applications are existence planned
today using this technology. The main objectives of the
proposing USMs used in Alexandria City (IDKU Site
Plant) are to measure gas flow rate in Gas filed which have
more benefits over the orifice plate in reducing
measurement uncertainty to achieve the high accuracy
before export to the domestic grid. The aim of this paper is
to compare between USM and Orifice plate via simulation
and experimental results.
device has established and considered the fastest-growing
new technologies in the oil and gas fields. The Orifice plate
problems are very uncertainty and very high cost in
maintained. The Ultrasonic Meters (USMs) have improved
in the petroleum career because they provide substantial
value to the clients by dropping the cost of doing the
commercial. More applications are existence planned
today using this technology. The main objectives of the
proposing USMs used in Alexandria City (IDKU Site
Plant) are to measure gas flow rate in Gas filed which have
more benefits over the orifice plate in reducing
measurement uncertainty to achieve the high accuracy
before export to the domestic grid. The aim of this paper is
to compare between USM and Orifice plate via simulation
and experimental results.
Staff Members - Benha University