Internet of Things (IoT) technology has been slowly transforming the oil and gas landscape due shown that the implementation of IoT and connectivity technology can potentially increase revenue by up to an impressive 1.2 percent.
Generally speaking, adopters of IoT in the industry enjoy increased productivity and optimization. By leveraging the immense real-time data provided, companies can dramatically speed up decision making and accuracy.
Additionally, it also augments worker safety in the extraction, processing and delivery of resources by reducing the margins of human error.
By extension, the application of IoT can help companies create more intelligent business models. This includes improvement replacement reserve ratios, reduce leaks, lower unit production costs, and more, through accompanying machine learning and AI solutions.
Benefits of connectivity
Real-time visibility and monitoring
Deployed IoT devices provide real-time visibility into equipment performance and safety status. This enables oil and gas companies to continuously monitor remote and rural assets and facilities (e.g. deep sea drilling platforms). Allowing them to optimize maintenance rotations, reducing inefficiencies and risks. Real-time data analytics also facilitates dynamic pricing strategies, taking into account factors like supply, demand, and market fluctuations.
Task automation
With an IoT deployment, oil and gas companies can even automate certain tasks and processes. Again, this reduces the rate of human error and improves safety measures as employees only step in due to a rare error. Automation in drilling processes improves wellbore placement and enhances production monitoring to reduce costs. Smart devices also improve worker safety through rapid detection of fires and leaks, minimizing human interaction.
Bridging communication gaps
With the vastness of the oil and gas industry, there are frequent disconnects between those stationed in the field and head offices. Connected devices can gather and transmit data which immediately provides more transparency. This process not only bridges communication lapses but reduces the need for on-site employees in remote locations. Companies also benefit from streamlined logistics and supply chain management, enabling real-time tracking and monitoring of equipment and materials.
Current use cases in the industry
- Tank monitoring
When companies implement real time connectivity, they enjoy round-the-clock remote tank monitoring for industrial liquids and other hazardous substances without any on-site workforce. For example, sensors can monitor inventory levels of onshore oil tanks, automatically dispatching trucks when the tanks need to be emptied. These drive improved decision making by optimizing inventory transportation and minimizing downtime costs.
Sensors also be used to monitor the performance of above-ground pumps to alert maintenance teams to upcoming and ongoing issues. These early warning signs help workers understand the extent of the problem, preventing injuries and mitigating fatalities.
- Acoustic operations monitoring
Continuous insights on oil composition and flow rates within pipelines can maximize equipment use.
As IoT sensors become more inexpensive and robust, they can be directly deployed in the field to analyze oil composition (oil, water, gas, concentration, etc.) within pipelines. Implementing a real-time alert system and leakage detection can also ensure a safer environment as immediate action can be taken to prevent or contain any spillage.
Data from these sensors also be fed into ML/AI statistical models that estimate the composition and flow rates. The increased accuracy continuously improves planning for subsequent operations and maximizes pipeline efficiencies.
- Seismic oil exploration sensors
Oil exploration sites are often in hazardous locations with dangerous conditions. Again, IoT sensors aid oil exploration by mapping subsurface drilling sites without the need for human intervention.
A well-connected seismic sensor network can utilize fine-grained data to provide a more accurate image of the subsurface site. This sensor-based system drastically reduces the time required to determine new drilling locations and optimize output of operational sites.
Considerations
Before embarking on integrating IoT technology, naturally there are some potential issues to consider during planning. This extends to:
- Security: Oil and gas is a highly critical industry with malicious actors seeking to capitalize on its disruption. IoT devices and data must be secured to prevent cyber-attacks and data breaches.
- Integration: Due to the expansive infrastructure involved, any IoT solution must be compatible and easily integrated with existing systems and infrastructure.
- Data Management: IoT generates vast amounts of data, requiring effective data management and analytics capabilities.
- Costs: Some IoT solutions may require significant upfront investment, but on the other hand, they provide long-term cost savings and improved operational efficiency.
Conclusion
IoT is revolutionizing the oil and gas industry by enabling real-time monitoring, predictive maintenance, and data-driven insights. Any IoT solutions must be customized to the needs of the company to achieve their business goals.
At ZARIOT, we believe that as the oil and gas industry continues to evolve, IoT solutions will play a critical role in improving operational efficiency, reducing costs, and enhancing safety.
For a free consultation on how to best utilize our innovative connectivity solutions, book a meeting with our industry experts today. Alternatively, try our SIMs and see for yourself.