New progresses in safe, clean and efficient development technologies for high-sulfur gas reservoirs
Title
New progresses in safe, clean and efficient development technologies for high-sulfur gas reservoirs
Subject
Corrosion control technology
Development direction
Drilling & completion engineering
Gas recovery engineering
Gas reservoir engineering
Ground gathering and transportation
High-sulfur gas reservoir
Natural gas purification
Safety and environmental protection technological development
Description
In China, there are a lot of high-sulfur gas reservoirs with total proved reserves of over 1 trillion m3, most of which were discovered in the Sichuan Basin. Most high-sulfur gas reservoirs in China, distributed in marine carbonate zones, are characterized by great buried depths, complex geologic conditions, high temperatures, high pressures, high H2S and CO2 content, presenting various challenges in gas field development engineering and production safety. Since the development of Sinian high-sulfur gas reservoirs in the Weiyuan area of the Sichuan Basin started in the 1960s, Wolonghe, Zhongba and other medium to small-scale gas reservoirs with medium to low sulfur content have been developed. Ever since 2009, successful production of Longgang and Puguang in the Sichuan Basin, together with some other high-sulfur gas reservoirs highlighted the breakthroughs in development technologies for high-sulfur gas reservoirs in China. This paper reviews the progress made in gas reservoir engineering, drilling and completion engineering, gas production, pipeline transportation, corrosion control, natural gas purification, HSE and other aspects with consideration of specific requirements related to safe, clean and high-efficient development of high-sulfur gas reservoirs since the “12th Five-Year Plan” period. Finally, considering the challenges in the development of high-sulfur gas reservoirs in China, we summarized the trend in future technological development with the following goals of reducing risks, minimizing environmental damages, and enhancing the efficiency of high-sulfur gas reservoir development.
360-367
4
2
Creator
Huang, Liming
Publisher
Natural Gas Industry B
Date
2015
Type
journalArticle
Identifier
2352-8540
10.1016/j.ngib.2015.09.010
Collection
Citation
Huang, Liming, “New progresses in safe, clean and efficient development technologies for high-sulfur gas reservoirs,” Lamar University Midstream Center Research, accessed May 14, 2024, https://lumc.omeka.net/items/show/27589.