Digital transformation in oil and gas remains critical in managing mission-critical operations, gaining valuable business insights, improving worker safety, reducing costs and more.
This is especially true of Offshore oil and gas productionpresenting a unique set of circumstances, including – but not limited to – geographically remote and often inhospitable locations, 24/7/365 operations and rotating around the clock equipment required for oil and gas transmission and power generation to simply keep the lights on.
So where does edge computing fit into this digital transformation equation?
Technological Advancements for Offshore Oil and Gas: Edge Computing
Gone are the days of difficult communications and old two-way radios. Technological advances over the years have brought about an exciting digital revolution in the oil and gas industry, not only affecting the offshore production environment, but also improving the lives of those who leave their families for weeks at a time just to do their jobs.
to me McKinsey & CoTechnology has the potential to enhance performance across the entire oil and gas value chain by enabling optimization and automation.
Many offshore oil and gas organizations have chosen to take advantage Edge computing, providing highly reliable compute infrastructure capabilities right at the edge of operations. This is especially important because many offshore oil and gas companies reside in harsh environments without easy access to IT teams should a problem arise.
Some of the key components that make edge computing a trusted ally in oilfield digitization and for those in the industry include accurate real-time data analysis; remote control operation capabilities; new levels of reliability and availability; and applications with the ability to predict equipment failures before they occur.
Real-time data analysis using edge computing
It’s no secret – offshore oil and gas facilities generate an incredible amount of data daily. According to a Cisco report, an oil rig can generate 2 terabytes of data in a single day, but due to the remote nature of the offshore oil and gas industry, this data is rarely analyzed and leveraged for decision making without the support of edge computing solutions. lately Schneider Electric BlogReduced latency is highlighted as one of the reasons why many third-party organizations are turning to high-end platforms.
“Latency is the time between the moment a data packet is sent to the moment it reaches its destination (one way) and back (a round trip). Excessive latency creates traffic jams that prevent data from filling the network to capacity. The effect of latency can have Network bandwidth is temporary (lasts for a few seconds), like a traffic light, or static, like a single-lane bridge. When edge computing is deployed, there are very few latency issues because data is parsed locally rather than being sent from the cloud and brought back.”
With Zero touch computingData can be managed in real time, allowing for improved communication, storage, and analysis, which in turn can improve critical business decisions.
Remote control of operations using edge computing
with the Independent computing solution, those working in offshore oil and gas production have enhanced visibility of operations from a distance – particularly with very limited support staff and capacity. Operators need the power of edge computing to continuously manage and operate software and equipment remotely. Not only that, but workers can also remotely handle the health monitoring, alerting, debugging, and problem-solving that IT teams often require.
Enhanced reliability and availability with edge computing
In an upstream environment, many high-value, mission-critical applications are running using underlying IPCs, which do not provide the level of reliability required for geographically remote assets. By leveraging zero-sum computing, organizations find robustness fault toleranceprotection of these assets Stop Without the need for IT maintenance and support.
Predictive maintenance using edge computing
As technology continues to evolve, new analytics tools that take advantage of the accurate, real-time data provided by edge computing platforms are proven to improve performance and safety. These tools play a key role in optimizing critical decision making, preserving assets in peak operating conditions. They also raise any concerns or abnormalities that may need further investigation. This independent monitoring system identifies and issues software patches and updates, restores and supports individual devices and predicts failure and recovery.
Edge computing for offshore oil and gas production
It is essential to invest in the right technological developments to help achieve success in the offshore oil and gas industry. When choosing edge computing, operations should consider the following:
- Edge computing platform is basic to install, deploy, and manage applications and infrastructure;
- advanced computing platform Protect your physical assets, data and security, reducing operational and financial risks; And
- Edge computing platform works Independently – On the edge – with continuous availability, even in the harshest offshore production environments.