Technology

Digital Transformation In Oil And Gas Software Development In 2024

The oil and gas business has undergone a significant digital revolution. Nevertheless, many businesses are finding it difficult to move the process along and are unsure of where to begin.

Due to digitalization, oil and gas companies must undergo comprehensive transformations to promptly adjust to shifting market conditions and maintain their competitiveness.

According to a survey by Accenture, 70% of oil and gas industry leaders believe that enterprise-wide change is essential to maintaining competitiveness.

The best strategies for accelerating digital transformation in the oil and gas sector are examined in this article, along with some helpful advice. We'll also discuss the tools businesses might use to digitize their operations.

What does "digital transformation in oil and gas" entail?

Adopting digital tools and technologies along the whole value chain is key to the Oil And Gas Software Development industry's digital transformation. Cutting costs, increasing output, and improving efficiency are among the main objectives of oil and gas digitalization. Companies will also be given the tools they need to become more sustainable.

Using data analytics to maximize production, utilizing drones for exploration and maintenance, and implementing virtual reality for staff training are some of the digital tools used to improve oil and gas processes.

What are the top 5 approaches to quickening the digital transformation of the oil and gas industry?

Oil and gas firms could adopt several methods and tools to hasten the digital transformation, including removing data silos, building an innovative culture, applying advanced analytics, forming tech partnerships, and using digital twins.

1. Dismantling data silos

Data in large firms is frequently dispersed among many departments, which results in missed opportunities and a lack of insightful information. In contrast, by dismantling data silos, you can combine data from many sources and make it available across the entire organization.

With this strategy's help, you'll get a more comprehensive understanding of operations and processes, which will help you make smarter decisions, interact with your team more effectively, and expedite the digital transformation.

2. Promoting an innovative culture

In oil and gas companies, rules and regulations outline every stage of the value chain, which typically poses a significant barrier to digitalization in the sector.

Adopting digital technologies like machine learning, data analytics, the IoT, and blockchain requires the efforts of a new generation of leaders and decision-makers to foster an innovative culture. To ensure that staff members at all levels know how these technologies can enhance their performance, you should implement company-wide training sessions.

3. Making use of advanced analytics

Thanks to advanced analytics, you can swiftly evaluate massive amounts of data from many sources, find patterns and trends, and make wise judgments.

However, putting sophisticated analytics into practice is a difficult process that requires a high level of knowledge to create the required infrastructure and algorithms. Meticulous planning is necessary to get the most out of your analytics activities.

4. Forming alliances in the technological sector

Oil and gas firms should collaborate with partners specializing in cutting-edge technology, such as cloud computing and analytics, to speed digital transformation. You can access cutting-edge technology and tools through these agreements and bring specific experience to your company.

5. Making use of digital twins

Digital twins are virtual representations of physical assets that offer a 3D view in real-time. Using digital twins, you can model and optimize several elements of operations, from manufacturing to pipeline management.

By allowing workers to practice in a virtual environment before using genuine equipment, you may use digital twins, for instance, to quickly find leaks or blockages, optimize maintenance schedules, identify potential safety concerns, and enhance employee training.

What technological advancements speed up the digital transformation of the oil and gas sector?

Artificial intelligence, MES, blockchain, augmented and virtual reality, the Internet of Things, and data analytics are just a few digital technologies and tools that assist digital transformation in the oil and gas industry.

Artificial intelligence

Big data and artificial intelligence can improve data analysis and help you run your business more effectively. This technology can help your firm by identifying operating trends, identifying problems, and automating certain tasks.

The following are some areas where using AI models is especially advantageous:

 

  • Predictive upkeep. AI models can identify which equipment is most likely to fail by using data from monitoring devices, allowing you to resolve any problems before they result in downtime.

  • Supply chain administration. AI tools can help with demand forecasting and shipping scheduling in the supply chain.

  • Safety administration. AI models can forecast future safety hazards and give you safety information. They could alert you, for instance, to possible safety infractions.

It's important to note that efficient implementation of artificial intelligence necessitates a corporation making a sizable investment and having strong competence. To guarantee the accuracy and dependability of your AI models, you must have the appropriate infrastructure in place and conduct routine training, monitoring, and tuning.

An organization that makes use of AI and ML actively is British Petroleum (BP). It has partnered with Microsoft to develop autonomous platforms allowing staff members to manage their daily tasks using AI remotely. BP also uses artificial intelligence to support predictive maintenance, enhance scheduling decisions for transport ships, and forecast the recovery rate of probable oil and gas reservoirs.

MES

You can connect specific equipment to your company's enterprise resource planning system using manufacturing execution systems. Accurate operational data, including production rates and equipment use, can be provided via MES. You can facilitate workflow collaboration and increase productivity by doing this.

By monitoring inventory levels in real-time, MES enables you to reduce waste and guarantee that necessary resources are available when needed. Oil and gas industries utilize MES to manage data and record all processes and procedures to assure regulatory compliance.

As an illustration, the drilling operations of Backer House, a large global oilfield services company, are optimized using MES technologies. The company and Capgemini recently collaborated to incorporate an Industrial IoT solution, enabling them to modernize their manufacturing execution system and improve the visibility of their manufacturing operations.

Blockchain

Each asset would be tracked on a decentralized ledger and uniquely identified via blockchain technology. This would make it much simpler for firms to track and manage their assets and provide a more accurate and transparent view.

Oil and gas companies can use blockchain and industrial Internet of Things platforms to track the history of devices and ensure improved security. For instance, businesses may track the flow of items and guarantee their legitimacy using blockchain and the IoT.

Shell and BP use the blockchain-based trading platform VAKT to facilitate crude oil trading. Major oil firms, including but not limited to BP, Shell, Total, Koch, Saudi Aramco, and Chevron, have joined forces to form VAKT.

AR and VR

Staff training is one of the primary uses of AR and VR in the oil and gas sector. Experienced workers are always needed in the oil and gas industry. However, it is a costly and hazardous process to educate employees abroad. This issue is readily resolved with VR because it allows for delivering practical training to employees without going to distant manufacturing facilities.

Another well-known industry use for AR and VR solutions is predictive maintenance. Augmented reality headsets can dramatically increase maintenance efficiency by offering graphical information and step-by-step directions.

One of the biggest oil firms in the world, Aramco, employs virtual reality to shorten the time and expense of worker training in safety and operations. ExxonMobil, a renowned energy giant, has created realistic VR training modules to instruct workers on simple and difficult jobs.

IoT

IoT is a different technology frequently linked to digitalization in the oil and gas sector. Oil and gas firms may ensure automated monitoring and diagnosis by tying field assets to an industrial IoT platform with smart sensors.

IoT-enabled sensors enable remote access to maintenance data on large machines placed for offshore drilling. It's especially useful in isolated locations with harsh weather.

Pipelines can also be monitored with IoT sensors. Oil and gas extraction can result in significant financial losses and environmental harm if there is a leak or other damage. IoT technology provides real-time data to prevent leaks and efficiently monitor the system's pipes, pumps, and filters.

Australian oil and gas company Woodside is enhancing liquefied natural gas production by using IoT sensors and data analytics. The business uses sensors to monitor important variables, including pressure, temperature, and flow rate.

Analysis of data

Oil and gas firms may quickly and cheaply get useful insights from huge volumes of data collected during production with data analytics. This makes it easier for businesses to spot inefficiencies and potential improvement areas.

Supply chain management, predictive maintenance, reservoir modeling, and production optimization are a few of the most typical applications for data analytics.

Take Exxon Mobil as our hypothetical case study. All operational data from the company's chemical plants is gathered and analyzed as part of the ExxonMobil Manufacturing Support Data Lake project. Then, Exxon Mobil uses this information to improve the effectiveness of its manufacturing strategies and lower emissions. Exxon Mobil reports that it lowered the methane emission intensity from its assets by more than 40% in its 2023 Advancing Climate Solutions Progress Report.

Conclusion

The oil and gas business needs to learn to quickly adjust to shifting market conditions and use best industry practices, such as destroying data silos, putting data analytics into practice, and forging technology alliances, to accelerate digital transformation.

Digital transformation in the oil and gas sector is not feasible without the appropriate application of cutting-edge technology. Digital technologies will be included to provide businesses with a competitive edge, from employing IoT and data analytics to monitor and optimize operations to utilizing AR and VR to train employees.

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