Baker Hughes IO and BEACON with a Focus on Downsizing Personnel Requirements at Rig-Site

Author(s):  
Joanna Karin Grov Fraser ◽  
Jan Ove Dagestad ◽  
Barry L. Jones

For more than a decade, Baker Hughes has developed a number of IO applications and WellLink technologies building its BEACON (Baker Expert Advisory Centre Operation Network) platform for the digital oilfield. The scope of BEACON is remote access of real-time rig data, drilling data and wireline data, production and pump monitoring, and static file management. These technologies have enabled the company’s collaboration centers around the world primarily to monitor, support, and optimize operations without having to be physically present at rig site. This development has been a foundation for a successful roll-out of remote collaboration and re-manning of operations, where Baker Hughes has reduced the number of personnel needed at rig site by 25-50%. Monitoring and remote supervision of real-time information 24/7 to optimize overall performance and paperwork (logging, petrophysical analyses) are now all done by people in the office using information communications technology to connect to the rig site. Larger-scale re-manning can also be done with services such as reservoir navigation, drilling optimization, pump management, liner hanger down hole technical support, et cetera. On the Norwegian shelf, where re-manning has been done at higher levels than in many other regions, nearly 50% of Baker Hughes’ staff who would traditionally have been offshore can be re-manned during operational peaks – this means they are either in an office onshore, or their responsibilities have been changed. Baker Hughes’ cross-training of personnel facilitates this flexibility, allowing for efficient and HSE-compliant re-manning.

2013 ◽  
Vol 380-384 ◽  
pp. 2667-2672
Author(s):  
Jin Chao Xiao ◽  
Peng Zeng ◽  
Qiong Zhang

In this paper, the technology of WIA (Wireless network for Industrial Automation) was utilized to detect the more frequent landslides, which are difficult to be predicted currently. WIA achieved real-time remote access to the mountains by collecting the real-time information of the mountain's water table, pressure and displacement, and transferring the data to a remote server by GPRS mobile communication. Thus, the obtained Mountain conditions can be used to predict landslides, and do scientific research. As a result, the low power and scalable monitoring of WIA plays an important role in detecting the natural disasters.


2013 ◽  
Vol 779-780 ◽  
pp. 792-795
Author(s):  
Miao Miao Jin ◽  
Chang Chun Liu ◽  
Chuang Hai

The management of school buss safety and information system: achieving real-time monitoring of the school bus by making use of the IC card swiping and counting, GPS positioning, speed limiter, infrared sensors and other technologies. Information related to school bus driving collected from the vehicle terminal is sent to the network platform where parents can inquire the real-time information. Consequently, it keeps close contact between parents, schools, and students as well as fully protects the safety of school buses.


1984 ◽  
Vol 16 (8-9) ◽  
pp. 349-362 ◽  
Author(s):  
John L Vogel

Continued growth of urban regions and more stringent water quality regulations have resulted in an increased need for more real-time information about past, present, and future patterns and intensities of precipitation. Detailed, real-time information about precipitation can be obtained using radar and raingages for monitoring and prediction of precipitation amounts. The philosophy and the requirements for the development of real-time radar prediction-monitoring systems are described for climatic region similar to the Midwest of the united States. General data analysis and interpretation techniques associated with rainfall from convective storm systems are presented.


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