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We are seeing a massive digitalization wave taking place across industries with reliable and secure connectivity serving as the foundation. In this article, we talk about how connectivity is benefiting the Oil and Gas sector as well as the mining sector globally.
The oil and gas (O&G) industries are under immense pressure to improve operational efficiency, productivity, worker safety; maintain cybersecurity; and, at the same time, reduce environmental impact. To solve these challenges, oil and gas companies are accelerating their digital transformation. As they adopt use cases around automation, smart safety and environmental monitoring, the oil and gas sector is increasingly looking to advanced cellular connectivity to help drive efficiencies, while being more environmentally sound. The industry<\/a> is expected to meet the global goal of net zero carbon by 2050.
According to a McKinsey Study, the use of advanced connectivity to optimize drilling and production throughput and improvements in maintenance and field operations could add up to USD 250 billion of value for oil and gas upstream operations by 2030.
Gaining efficiencies with cellular connectivity
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Digitalization enabled by cellular connectivity can change the outlook for oil and gas companies in many ways. With high performance, low-latency private cellular networks, the oil and gas industry can leverage Industrial IoT (IIoT) to meet its challenges. Oil and gas facilities are complicated operations and will likely always have a mix of technologies. A strong cellular 3GPP-based network, on 4G or 5G<\/a>, can act as the primary network, supporting and linking things like Wi-Fi or hard-wired systems together into a cohesive unit.
Cellular networks are cost effective and scalable, while providing superior coverage. Thus, reliable, secure connectivity will accelerate innovation in the sector. Connected devices like phones, tablets, and sensors, as well as wearables, will allow workers to have up-to-the-minute information like schematics and maintenance records at their fingertips, enabling them to complete jobs faster. Sensor networks powered by private cellular networks can prevent environmental hazards by tracking fugitive emissions, methane leaks and corrosion
According to an Ericsson<\/a>, Arthur D. Little Study digitally enabled workforce is 8.5% more productive and there is 48% less loss from health and safety incidents. Overall, companies experience an 8% reduction in operational spend due to the increased effectiveness of a digitally enhanced worker. Conducting manual site inspections of oil platforms is one of the most hazardous tasks in the industry.
With cellular network to provide increased performance and reliability, high-resolution video drones and automated guided vehicles (AGVs) can easily perform surveillance tasks with maximum precision and accuracy and remove humans from potential danger. Drones can reduce inspection times by 90% and downtime costs caused by manual inspections by 65%. Health and safety incidents also decrease, resulting in 35% less cost to the operator, according to an Ericsson Study.
Digital transformation will harness cellular connectivity to optimize business operations of oil and gas industry through data-driven insights for a safer and efficient use of existing resources. To transform the oil and gas industry, networks need to be reliable, powerful, and secure. Ericsson’s private cellular network solutions for the oil and gas industry are enabling major safety and efficiency improvements and uncovering business value for the oil and gas sector.
Smart Mining:<\/strong> With revenues in excess of USD 500 billion, the mining industry represents a major component of the global economy. Rising demand for fuel and rare minerals needed for our technology is igniting expansion in the industry. Along with higher productivity, though, mining organizations are under pressure to achieve better safety, improve sustainability, lessen environmental impact and reduce operational costs.
Solving these multiple challenges is driving the evolution to the “Smart Mine,” that harnesses data, automation, autonomous machines and advanced technologies to achieve new efficiencies and capabilities. The realization of the vision of the Smart Mine, though, requires a strong foundation: ubiquitous mobile connectivity. Ericsson’s connectivity solutions for the mining industry have been enabling major productivity improvements and uncovering business value for both the mining industry and mobile telecom service providers.
Our 5G-ready private networks have been successfully deployed by mining companies around the world. I would like to cite a couple of examples:
Boliden Aitik mine research project: <\/strong>Ericsson, mining giant Boliden and other partners collaborated to co-create the mine of the future at Aitik. Ericsson high performance mobile communications enabled Boliden to automate drill rig operation. Automation saved approximately one percent of Aitik’s total annual costs and eliminated the need for two more drill rigs. The next step in the rollout is fully automated \/ remotely controlled trucks that will deliver smoother transport flow and lower fuel consumption and emissions.
Aginco Eagle:<\/strong> Ericsson and Canadian-based Ambra partnered last year to deliver the world’s deepest underground LTE network for the Agnico Eagle mining complex, LaRonde, in Abitibi, Quebec. Located 3.5 kilometers below the surface, the 4G LTE private network provides data and voice services across the LaRonde mine site and enables several Internet of Things (IoT) use cases to improve safety and mining operations. The benefits of installing a private 4G LTE network included real-time communications across the mine, a safer workplace, more efficient operational activities and more sustainable mining.
Only robust wireless connectivity can handle the huge amounts of data and voice communications that are mission critical to smart mining. A 5G-ready private cellular network introduces the high-speed connectivity, low latency and strong performance—optimized for the Internet of Things (IoT)—required in a mine’s high device density environment.
Ericsson’s connectivity solutions for the mining industry have been enabling major productivity improvements and uncovering business value for both the mining industry and mobile telecom service providers.
As we are seeing across the Oil and Gas sector as well as the mining sector globally, we expect secure and reliable connectivity with 4G and 5G will drive a strong wave of digitalization in India as well.
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我们看到一个巨大的数字化浪潮发生在行业提供可靠和安全连接作为基础。在本文中,我们讨论如何连接是受益石油和天然气部门以及全球采矿业。
石油和天然气(O&G)行业正面临巨大的压力,提高运营效率,生产力,工人安全;维护网络安全;,同时减少对环境的影响。为了解决这些挑战,石油和天然气公司正在加速他们的数字转换。时采用用例在自动化、智能安全、环境监测、石油和天然气部门越来越多地寻求先进的细胞连接来帮助驱动效率,更加环保。的行业预计将满足零碳排放到2050年的全球目标。
根据麦肯锡的一项研究中,使用先进的连通性来优化钻井和生产吞吐量和改善维修和现场操作可以增加2500亿美元的价值在2030年上游石油和天然气业务。
获得效率与细胞连接
数字化使细胞连接可以改变石油和天然气公司在许多方面的前景。高性能,低延迟私人蜂窝网络,石油和天然气行业的可以利用工业物联网(IIoT)来满足其挑战。石油和天然气设施复杂的操作,可能会一直的混合技术。强大的细胞3 gpp-based网络,4 g或5克,可以作为主要的网络,支持和链接之类的wi - fi或硬连接的系统连接成一个内聚单元。
蜂窝网络成本有效和可伸缩性,同时提供优越的报道。因此,可靠的,安全的连接将加速行业创新。连接设备如手机、平板电脑和传感器,以及衣物,允许工人有最新的信息,比如图表和维修记录在他们的指尖,使他们能够更快地完成工作。传感器网络由私人蜂窝网络可以防止环境危害通过追踪逃犯排放甲烷泄漏和腐蚀
据一位爱立信Arthur d . Little研究数字化,使员工更有效率8.5%,减少48%的损失从健康和安全事件。总的来说,公司在运营经验降低8%花由于增加数字增强工人的有效性。进行手动网站检查石油平台是最危险的任务之一。
与蜂窝网络提供增加的性能和可靠性,高分辨率视频无人机和自动引导车辆(agv)可以很容易地执行监视任务最大的精密度和准确度和把人类从潜在的危险。无人机可以减少检查次数和90%的手工检查造成的停机成本65%。健康和安全事件也减少,导致成本低35%算子,根据爱立信研究。
数字转换将利用细胞连接优化业务操作通过数据驱动的石油和天然气行业的见解更安全、有效地利用现有资源。将石油和天然气行业,网络需要可靠的、强大的、和安全。爱立信的私人手机网络解决方案使石油和天然气工业的主要安全性和效率改进和发现商业价值的石油和天然气领域。
智能挖掘:收入超过5000亿美元,采矿业是全球经济的一个主要组成部分。对燃料的需求上升和稀有矿物需要我们的技术是点燃在该行业的扩张。伴随着更高的生产率,矿业组织的压力下达到更好的安全,提高可持续发展,减少环境影响,降低运营成本。
解决这些挑战是推动进化的“聪明的我,利用数据,自动化、自动机器和先进的技术来实现新的效率和能力。实现愿景的我聪明,但是,需要一个强有力的基础:无处不在的移动连接。爱立信的连接性解决方案采矿业已经使主要的生产力改进和发现商业价值的矿业和移动电信服务提供商。
我们5 g功能的专用网络成功地部署了全球矿业公司。我想举几个例子:
我Boliden Aitik研究项目:爱立信,矿业巨头Boliden和其他合作伙伴合作以Aitik共同创造未来的我。爱立信高性能移动通信使Boliden自动化钻机操作。Aitik自动化节省大约百分之一的年度总成本和消除需要两个钻井平台。下一步的推广是完全自动化/遥控卡车,平滑交通流和降低油耗和排放。
Aginco鹰:爱立信和加拿大Ambra去年合作,提供世界上最深的地下的LTE网络Agnico鹰矿业复杂,LaRonde, Abitibi,魁北克。位于地表以下3.5公里,4 g LTE私有网络提供数据和语音服务在LaRonde我网站,使多个物联网(物联网)用例来提高安全性和采矿作业。安装一个私人4 g LTE网络的好处包括实时通信在煤矿,一个更安全的工作场所,更高效的经营活动和更可持续的开采。
只有可靠的无线连接可以处理大量的数据和语音通信关键任务的智能挖掘。5 g功能的私人手机网络介绍了高速连接,低延迟和强performance-optimized物联网(物联网)需要的矿山设备密度高的环境。
爱立信的连接性解决方案采矿业已经使主要的生产力改进和发现商业价值的矿业和移动电信服务提供商。
正如我们所看到的整个石油和天然气行业以及全球采矿业,我们期望安全可靠连接4 g和5克将推动印度强大的数字化浪潮。
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