Construction and application of collaborative environment for oil and gas reservoir research based on E&P Dream Cloud

doi:10.3969/j.issn.1672-7703.2020.05.003

Abstract

Abstract: Research on oil and gas reservoirs involves many different disciplines and multiple data types, and requires input of research results from many fields. Multi-disciplinary collaborative research has therefore become an essential and growing trend. In order to provide researchers with an integrated, collaborative and sharing working environment for oil and gas reservoir research, project studio for different research objectives has been constructed, which is on the basis of the E&P Dream Cloud platform and basin-level regional Data Lake structure. It incorporates centralized and standardized data organization, fast querying, integrated application of business software, online auxiliary analysis tools, and whole process management of oil and gas reservoir research projects. The results have been applied to research and risk management of exploration projects in the Ordos Basin. The construction of collaborative research environment, based on E&P Dream Cloud, achieves effective sharing of data, software and research results, and facilitates collaborative working in oil and gas reservoir research, providing supports for the exploration and development business of oil and gas fields and greatly improving the quality and efficiency of scientific research work.

Key words: E&, P Dream Cloud, regional Data Lake, collaborative research environment, project studio

CLC Number:

Shi Yujiang, Wang Juan, Wei Hongfang, Yang Zhuo, Wang Hongwei, Yao Weihua. Construction and application of collaborative environment for oil and gas reservoir research based on E&P Dream Cloud[J]. China Petroleum Exploration, 2020, 25(5): 15-22.

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