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Reach On Light Oil Dehydration Treatment Technology Of The Liaohe Gas Storage

Posted on:2017-02-11Degree:MasterType:Thesis
Country:ChinaCandidate:J LiuFull Text:PDF
GTID:2271330488955417Subject:Oil and gas engineering
Abstract/Summary:PDF Full Text Request
As we all know our country natural gas resources distribution imbalance, in order to enhance gas peak shaving ability in the peak period. Natural gas storage construction work in the domestic current situation by the National Energy Bureau command to vigorously promote. The reservoir is mainly along the market response to the Shenyang- Qinhuangdao natural gas pipeline in winter, summer and peak gas demand is established. Its main task is to carry out dewatering treatment of light oil in gas production period on the variorum statio. At present, because the united station has been in operation for more than 29 years, most of the equipment has been scrapped. The resource of this area has been exhausted already, at the same time in the face of light oil processing technology requirements of current, the production process is relatively backward, difficult to meet the needs of production. So the need for process modification is necessary to conform to the production. On the basis of the investigation of Huanyi station. In view of the main problems of the program design, comparison and optimization. In order to ensure that the light oil dehydration process is safe and reliable and energy efficient, the final construction design the optimization scheme adopts three-phase separator tank pre dehydration and gravity settling dehydration. In addition to ensure minimum investment cost but maximum economic benefit and the process of energy saving and high efficiency, to make full use of the equipment has been built and optimize the choice of the new equipment require. According to the selected scheme and design parameters, and process of equipment to carry on detailed calculation, ultimately determine the specific programs of reform measure.
Keywords/Search Tags:light oil, oil and gas storage and transportation, gas storage, technological transformation, dehydration
PDF Full Text Request
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