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Journal of Environmental Biology

pISSN: 0254-8704 ; eISSN: 2394-0379 ; CODEN: JEBIDP

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    Abstract - Issue Jul 2015, 36 (4)                                     Back

nstantaneous and historical temperature effects on a-pinene

Dynamic simulation of an underground gas storage

injection-production network


Peng Shanbi1, Liu Enbin1*, Xian Weiwei2, Wang Di1 and Zhang Hongbing3

1School of Civil Engineering and Architecture, Southwest Petroleum University, Chengdu-610 500, China

2Shenzhen Gas Corporation Ltd, Shenzhen-518 000,China

3China National Petroleum Corporation, Beijing-100 000, China

*Corresponding Author?s Email :



Publication Data

Paper received:

02 July 2014


Revised received:

30 September 2014


Re-revised received:

01 January 2015



07 February 2015



Underground gas storage is a well-known strategic practice to seasonal peak shaving and emergency facility. The changing operation conditions of injection-production network directly affects the reliability of downstream gas supply of the city. In the present study, a model of injection-production network on the basis of field data analysis and research was established. By comparing the actual node pressure and simulation results, the reliability of model was verified. Based on the volume of underground gas storage and downstream gas consumption, the best seasonal peak-shaving schedule of the whole year was set. According to dynamic analysis of network, 20% increase in downstream demand could be fulfilled. Besides, the study also analyzed the well pressure and flow rate changes after shutdown of gas well, which is most likely to fail, and concludes that the best rescue time should be within 4 hr after gas supply interruption. The results would help in making decisions about the operation of injection-production network, which have important significance in the environmental protection. ??  



 Key words

Injection-Production Network, Operation Condition, Simulation



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