Study on Energy Consumption Analysis and Application of Oil Gathering Station

Jie Kou; Wen Yang

doi:10.4028/www.scientific.net/AMR.524-527.1899

Paper Titles

Separation of Butanes and Butylenes by Extractive Distillation with MEK/NFM Mixed Solvent
p.1876

Solubility and Rheological Properties of Live Crude Oils
p.1881

Studies on the Catalytic Cracking of Different Gas Oils for Maximizing Propylene
p.1889

Study on Desanding Technology Based on Gravity Sedimentation in Oil Gathering and Transportation Station
p.1895

Study on Energy Consumption Analysis and Application of Oil Gathering Station
p.1899

Study on Interface Behaviour of the Weak Alkali Ternary System
p.1905

Study on Resin Coated Sand Proppant Used for Oil Production
p.1910

Study on the Economic Stripping Ratio in Oil Shale Open-Pit Mine Used in Refinery
p.1915

The Lab Experiment Comparison of Converting into Different Chemical Flooding after Water Flooding in the Stage of Different Water Cut in Untabulated Reservoirs
p.1921

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 524-527Study on Energy Consumption Analysis and...

Study on Energy Consumption Analysis and Application of Oil Gathering Station

Abstract:

Nowadays, most oil fields of China have been developed at their later stage. Water rate of produced oil is very high, and there is great energy loss during the process of management, transportation and storage. In the oil and gas gathering and transportation systems, oil gathering stations account for much of energy consumption. Scientific and effectively analyzing or predicting the gathering stations energy consumption, can reduce the energy consumption of the gathering stations consumption, bring greater economic benefits for the enterprise, and make more important practical significance to society. The process energy analysis of the Chun Liang gathering station is done applying of the “three links” approach. The energy consumption weakness of the gathering station is found applying the “three links”. Corrective measures for the energy consumption are recommended. The recovery of profit is about ￥4.24 million.