"Радіотехнічні поля, сигнали, апарати та системи"

Distribution of laser emission in systems of primary transmittions in oil and gas environments

Author:

Dorogonov Dmytro Igorovuch, student; Bogomolov Nikolay Fedorovych, Ph.D., associate professor; Drobyazko Yuliana Ivanivna, foreign language teacher (National technical university of Ukraine  "Kyiv Polytechnic Institute", Kyiv, Ukraine)

Subsea Oil and Gas production is undergoing major changes due to factors such as the move to exploit offshore fields located in deep water and the consequent need for deep water installations, the reduction in the number of discrete offshore installations via the use of long distance tiebacks and subsea processing. The industry also faces new challenges from increased environmental awareness and legislation. When combined with the on-going quest for improved efficiency as well as reduced costs and risk, it is clear that the industry faces significant technical challenges. A wide range of technological and operational developments are underway to enable the industry to develop the new improved hydrocarbon production systems required to meet these challenges. The overriding technological thrust is the development of a digital oil field or intelligent field that provides optimized hydrocarbon production. In essence the digital oil field system comprises a collection of technologies capable of collecting, transmitting and analyzing completion, production and reservoir data and providing operators with real-time information and remote control to optimize the production process.

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Коментарі  

 
# Савенко Я.В. 23.02.2012 13:27
What techniques are you using for an object kind selection in a whole flow?
 
 
# Дорогонов Д.І. 25.02.2012 17:07
Thank You for your question.
The main idea of fibeb-optic sensors and modern data acqisition formed on reflecting properties of different objects.
 

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