Virtual Workstation Deployment in Malaysia Oil and Gas Company: Performance Improvement and Cost Reduction Experience

M. H. Mat Dait
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Abstract

The objective of the paper is to share the experience and result of deployment of Virtual Workstation in Malaysia Oil and Gas Company replacing the more expensive high-end workstation. This is a part of company's digital transformation program towards the 4th Industrial Revolution. VWS is a modern technology that accelerates and improves subsurface and petroleum engineering application and function. It replaces outdated high-end workstation set-up. In high-end workstation set-up, subsurface technical software was installed at user workstations. Master Data on the other hand, located at centralized data center, BDC; but in order for the user to retrieve the data, it has to go through regional data center at KPC first. All these processes happened through existing small 1 GB cable networks capacity. Separate software and data location, multiple location points for data retrieval and weaker cable network capacity lead to less efficient software performance and data insecurity. But in VWS set-up, issues of under-performed software and data security are eliminated. Now both software and data are installed and located at BDC. Then the user will access their software and data virtually via company's intranet at with the strength of 10 GB cable network capacity that VWS has. VWS deployment resulting in: i) Performance and productivity: increased efficiency for technical applications and optimization of technical resources. ii) Cost: optimization of cost on IT infrastructure. iii) HSE: Reduced IT footprint and energy consumption. iv) Data security: increased data security. v) Flexibility: improved collaboration for technical users. vi) Standardization: standardized desktop environment for enhanced support. VWS deployment only need the VWS system and standard normal workstation to function as good as the more expensive high-end workstation. With VWS, standard workstation is enough to process and run petroleum engineering software and data, since the workstation only act as a visualizer of their actual software and data that located in BDC. With deployment of standard workstation instead of high-end workstation, VWS expected to contribute to cost saving of RM 86k per user for 3 years of leasing.
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马来西亚石油和天然气公司的虚拟工作站部署:提高性能和降低成本的经验
本文的目的是分享马来西亚石油和天然气公司部署虚拟工作站取代更昂贵的高端工作站的经验和结果。这是公司面向第四次工业革命的数字化转型计划的一部分。VWS是一项加速和改善地下和石油工程应用和功能的现代技术。它取代了过时的高端工作站设置。在高端工作站设置中,地下技术软件安装在用户工作站。另一方面,主数据位于集中式数据中心BDC;但是为了让用户检索数据,它必须首先通过KPC的区域数据中心。所有这些过程都是通过现有的1 GB小型有线网络容量完成的。单独的软件和数据位置、多个数据检索位置点以及较弱的有线网络容量导致软件性能效率较低和数据不安全。但在VWS的设置中,性能不佳的软件和数据安全问题被消除了。现在软件和数据都安装在BDC。然后,用户将通过VWS拥有的10gb有线网络容量的公司内部网虚拟地访问他们的软件和数据。VWS的部署带来了:i)性能和生产力:提高了技术应用的效率,优化了技术资源。ii)成本:IT基础设施成本的优化。iii) HSE:减少IT足迹和能源消耗。iv)数据安全性:提高数据安全性。v)灵活性:改善技术用户的协作。vi)标准化:标准化桌面环境,增强支持。VWS部署只需要VWS系统和标准的普通工作站,就可以像更昂贵的高端工作站一样发挥作用。使用VWS,标准工作站足以处理和运行石油工程软件和数据,因为工作站仅作为位于BDC的实际软件和数据的可视化工具。通过部署标准工作站而不是高端工作站,VWS预计在3年的租赁期内,将为每位用户节省8.6万令吉的成本。
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