燃料和能源领域的创新:Gazprom Neft 水力压裂模拟器被列入数字发展部的俄罗斯项目名录

由 Gazprom Neft 及其合作伙伴开发的数字模拟器“yberGRP”已被纳入俄罗斯电子计算机和数据库程序统一登记册中。在数字发展部注册处的注册证实了该程序的高可靠性和安全性,免受数字威胁,以及独立于外国解决方案。

水力压裂(压裂)是提高地下石油采收率的关键方法之一。该技术涉及在地下岩石中创建一个受控裂缝系统,石油通过该系统进入油井。“网络压裂”模拟器模拟裂缝形成过程,并为地质作业提供最佳方案。借助该程序,专家可以预测水力压裂的效果、控制水力压裂的所有阶段并分析其结果。该技术与其他 Gazprom Neft 数字工具一起显着提高了碳氢化合物生产的效率。

自 2018 年以来,Gazprom Neft 专家已使用网络水力压裂技术在不同地质条件的油田进行了 6,000 多次水力压裂作业。该程序在模拟地下作业时再现裂缝特征的准确度比国外同类产品高 20%,并且能够将油井的碳氢化合物产量增加高达 5%。

如今,Cyber​​GRP 已被 12 家俄罗斯石油和石油服务公司使用。另外 17 个组织正在测试该产品。

作为工业和贸易部进口替代大规模国内计划的一部分,俄罗斯水力压裂车队的创建工作仍在继续,这是一个由设备和特种设备组成的综合体。“yberGRP”将成为伴随国产设备运行的数字化解决方案之一。

数字发展部的俄罗斯软件登记册还包括Gazprom Neft的许多其他软件产品,包括地震数字孪生、工业安全数字合作伙伴、ERA:ISKRA现场开发设计系统等。今天共有 17 种 Gazprom Neft 软件产品被列入登记册。

“水力压裂是石油和天然气行业中最受欢迎且技术复杂的作业之一。为了最大限度地提高水力压裂效率,需要进行多阶段计算并在专门的程序中模拟地下作业。与类似算法相比,我们使用的算法可以提高计算的准确性。而且我们的软件是由国内专家开发的。“yberGRP”在登记册中的注册使我们能够进一步验证我们解决方案的质量及其对外国组件的独立性,”Gazprom Neft 技术开发总监 Alexey Vashkevich 说道。

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Innovations for the Fuel and Energy Sector: the Gazprom Neft Hydraulic Fracturing Simulator is Included in the Register of Russian Programs of the Ministry of Digital Development

The digital simulator “CyberGRP” developed by Gazprom Neft and its partners is included in the Unified Register of Russian programs for electronic computers and databases. Registration in the Ministry of Digital Development registry confirms the high reliability and security of the program from digital threats, as well as independence from foreign solutions.

Hydraulic fracturing (fracturing) is one of the key methods for increasing oil recovery from subsoil. The technology involves creating a system of controlled fractures in underground rocks through which oil enters the well. The “CyberGfracturing” simulator simulates the processes of fracture formation and offers optimal scenarios for geological operations. Thanks to the program, specialists can predict the effect of hydraulic fracturing, control all stages of hydraulic fracturing, and analyze its results. Together with other Gazprom Neft digital tools, the technology significantly increases the efficiency of hydrocarbon production.

Since 2018, Gazprom Neft specialists have carried out more than 6,000 hydraulic fracturing operations using Cyber Hydraulic Fracturing in fields with different geological conditions. The program reproduces the characteristics of fractures when modeling underground operations up to 20% more accurately than foreign analogues, and is capable of increasing the increase in hydrocarbon production from a well by up to 5%.

Today, CyberGRP is already used by 12 Russian oil and oil service companies. Another 17 organizations are testing the product.

As part of the large-scale domestic program of the Ministry of Industry and Trade for import substitution, work continues on the creation of a Russian hydraulic fracturing fleet – a complex of equipment and special equipment. “CyberGRP” will become one of the digital solutions that will accompany the operation of domestic equipment.

The register of Russian software of the Ministry of Digital Development also includes a number of other Gazprom Neft software products, including the Seismic Digital Twin, the Industrial Safety Digital Partner, the ERA: ISKRA field development design system and others. In total, 17 Gazprom Neft software products are included in the register today.

“Hydraulic fracturing is one of the most popular and technologically complex operations in the oil and gas industry. To maximize the efficiency of hydraulic fracturing, it is necessary to carry out multi-stage calculations and simulate underground operations in specialized programs. We use algorithms that increase the accuracy of calculations compared to analogues. Moreover, our software was developed by domestic specialists. Registration of “CyberGRP” in the Register allowed us to further verify the quality of our solutions and their independence from foreign components,” Alexey Vashkevich – Director for Technological Development at Gazprom Neft.

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