Application of OIL-GAS Mixting Trasportation Process in Flat 53-13 well Group

Ling Yun Wang

doi:10.4028/www.scientific.net/AMR.962-965.479

Paper Titles

Reservoir Simulation Study on Air-Foam Flooding to Enhance Oil Recovery in Waterflooding Sandstone Reservoir
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Scheme Optimization of Freezing Technology for Borehole Stability of Gas Drilling
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Study on the Remaining Oil Distribution with Domain Decomposition Simulation Method
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Analysis and Optimization of Small Expansion Natural Gas Liquefaction Process
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Application of OIL-GAS Mixting Trasportation Process in Flat 53-13 well Group
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Experimental Research on Using Horizontal Well with Chemical Flooding to Exploit Remaining Oil of Side Interlayer after Polymer Flooding
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Parameters Optimization of Fractures with One for Injection and Two Others for Production of Horizontal Wells Fracturing on Offshore Oilfields
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The Application of Identification of Fault by Well-Seismic Comprehensive Method - Taking Xingbei Oilfield as Example
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The Development and Technology Policy for a Gas Cap and Edge Water Reservoir with Narrow Oil Ring
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 962-965Application of OIL-GAS Mixting Trasportation...

Application of OIL-GAS Mixting Trasportation Process in Flat 53-13 well Group

Abstract:

Through the flat 53-13 well group oil and gas mixed transportation test, the gathering radius increases from 3Km to 5km, to realize the full closed gathering. Reducing electricity consumption, according to the existing problems in the mixed transportation technology are discussed, for intermittent oil and high gas oil ratio well area, a station for reference.