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5G is the future of oil and gas industry

5G is the future of oil and gas industry

Offshore and Processing

The oil and gas industry is under immense pressure to deliver on their commitment to reduce their CO2 footprint and reach net zero emissions. Whilst migrating portfolios to renewable energy production; accelerating end of life for legacy equipment and investing in carbon mitigation technologies and trading offsets, digitalization plays a key role in the future of oil and gas industry.

Powering a safer, smarter, more secure energy future

The oil and gas industry is rapidly changing. 

Watch this one minute video to see how energy businesses are leveraging Ericsson's private networks solutions to:

  • Streamline operations and optimize production
  • Ensure worker safety with real-time monitoring and remote intervention
  • Embrace advanced use cases like remote operations, asset tracking, and video analytics

Explore how private 5G can transform your business, today.

Ericsson's cellular technology is empowering offshore and processing companies to:

Create agility

by efficiently adapting and responding to change, whenever and wherever you need to

Advanced operations

by increasing efficiencies of cost, output and energy, and improving worker safety with operational technology

Unlock intelligence

with real-time data-driven insights to monitor the safety of workers and the health of equipment

In the spotlight

Explore how private cellular is key to achieving smarter oil and gas operations

The report explores real-life use cases on how 5G cellular technology powers cost efficiencies, increases worker safety and sustainability and optimizes operations.

Download report

Podcasts

Offshore

Ericsson explains 4G, LTE, and 5G, cellular network use cases for Oil and Gas and implications

Energy Workforce of Tomorrow

Private Cellular Networks: Improved Connectivity to Help Workers and Move Data

Oil and gas Digital doers

Telecommunications and Safety

Oil and Gas HSE Podcast

Create agility

When oil and gas facilities deploy private cellular networks, reduced downtime and increased productivity make for an overall more cost-effective and efficient operation.

Cellular’s enhanced connectivity allows for the real-time monitoring of the condition and performance of critical assets. Operators can detect when equipment is at risk of damage or malfunction, allowing optimal productivity and output levels. High bandwidth connectivity also means more agility, which offers:

  • Next level 5G performance connectivity
  • Access to real-time data
  • Data analysis and data-driven insights for full optimization
  • A fully digitalized ecosystem of IT and OT, with cellular connectivity as the glue linking it all
  • Self-managing, self-maintenance and optimizing its own production with connectivity and Artificial Intelligence

Use case

Reduce unplanned downtime

On average, oil and gas producers experience 32 hours of unplanned downtime every month, costing a single facility $220,000 an hour and $84 million annually.2

Today, 70% of companies lack the awareness of when assets are due for maintenance.

By applying asset condition monitoring to pumps and compressors, maintenance sessions can be reduced by 25%, as well as unplanned downtime by 32%. It also extends the life of equipment by 25%.

Advanced operations

Safety, productivity, and efficiency are three areas operators are always seeking to improve. Private cellular networks can help by increasing the electrification and automation of critical assets and processes. But also, it can help workers with devices and wearables, which make their jobs easier, faster to complete and safer. While also reducing operational spend by making the workforce more capable and, therefore, productive.

Use case

Connected safe worker

Using mobile device-accessible schematics and plans combined with features like push-to-video will make workers more efficient both on and offsite. After all, a digitally enabled workforce is 8.5% more productive and reduces loss from health and safety incidents by 48%.

Overall, companies experience an 8% reduction in operational spend due to the increased effectiveness of a digitally enhanced worker.

Unlock intelligence

Data analysis can determine the difference between a rig making a profit or becoming a financial burden. But facilities must be configured to produce data and then collected securely and efficiently.

Thankfully, because of cellular connectivity’s ability to bring information home precisely and accurately, soon, we will see the end of putting human life at risk to gather data and inspect sites.

Use case

More data for better safety

Conducting manual site inspections of oil platforms is one of the most hazardous tasks in the industry. The process is time-consuming and results in downtime and loss of production. It also exposes humans to dangerous conditions.

High-resolution video drones can easily perform these tasks with much more precision and accuracy and remove humans from potential danger. However, drones require highly reliable and high-bandwidth connectivity to accommodate flight orders and send high-quality imagery and analyses. Only cellular can provide the performance and reliability needed to support them.

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.

Featured content

Lessons learned for oil and gas connectivity platforms

Four steps for successful transformation

 

Learn about the Blueprint to Smarter Oil and Gas

Using Connected Worker Solutions to Deliver Digital Transformation.

 

Ask the experts paper

In this paper, we “ask the experts” to explain how oil and gas businesses can achieve better efficiencies and enhanced worker safety through automated processes, asset condition monitoring and connected worker technologies.

Case study | Advancing offshore digitalization with Tampnet

See how Tampnet deployed Ericsson's private LTE network and IoT connectivity.

Case Summary | Innovation is transforming oil and gas

In order to achieve commitments to reduce CO2 footprints and reach net zero emissions, smart technologies need to be adopted to drive efficiencies in the triple bottom line.

Industry discussion | Oil and gas webinar

Unlocking Value in Oil and Gas Transformation Initiatives with Private 5G Networks

Solution brief | Oil and gas

Ericsson provides 4G and 5G private wireless networks to help oil and gas companies around the globe achieve safer, sustainable, and more efficient business process operations.

Blog post | Private networks as a platform for digital transformation in oil and gas

The oil and gas industry can benefit from digitalization. But a strong, primary network is needed as a foundation to empower the most exciting and value-creating use cases – and a private cellular network is perfect for the job.

Blog post | How digital twins in the oil and gas industry can modernize your business

We explore one of the greatest innovations made possible by modern technology – digital twins – and how oil and gas producers can implement them to unlock momentous new capabilities.

Blog post | Powering the future of worker safety in oil and gas

Although injuries within the oil and gas industry are declining, the fatality rate remains high. Advanced technology can play a major role in improving oil and gas worker safety and ensuring the longevity of the industry.

Blog post | Cellular connectivity: Fueling the future of oil and gas

Artificial intelligence (AI) and machine learning (ML) are gaining acceptance quickly in the oil and gas industry. Here we explore four key industry applications for these technologies, as well as the critical role private cellular networks play in leveraging them successfully.

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