SAFETY IN THE PLANT
SMART SAFETY
How 5G and AI will help improve safety and performance in hazardous environments
Workers using
i.safe movbile devices A
s in all other industries, it is becoming increasingly important to ensure safety, productivity and
operational efficiency in chemical processing, oil and gas refining and pharmaceuticals. The integration of advanced digital technologies, especially specialised mobile devices, is key to improving both worker safety and operational performance in hazardous environments.
OPTIMISING SYSTEM CONNECTIVITY FOR SMARTER OPERATIONS The digital transformation of industrial operations depends on the seamless integration of machines, sensors, and systems. In hazardous environments, this integration is crucial for real-time monitoring, predictive maintenance, and process optimisation. Certified mobile devices, such as the IS940.1 tablet and IS540.1 smartphone from
i.safe Mobile, enable workers to access real-time data through 4G/5G networks and Wi-Fi 6, facilitating continuous data exchange across plants. This integration enhances transparency and enables better decision-making in the field.
AI AND DIGITAL TWINS: ENHANCING EFFICIENCY Artificial intelligence (AI) is vital for predictive maintenance and process optimisation. AI algorithms can predict issues before they disrupt operations,
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while suitable mobile devices support data-driven decisions with real-time information. Digital twins (virtual models of physical assets) allow for enhanced remote monitoring and analysis of machine performance. Together, AI and digital twins improve decision-making, reduce waste, and minimise energy consumption.
IMPROVING COMMUNICATION AND MINIMISING RISK In hazardous industry environments, reliable communication is crucial, as even small disruptions can lead to serious consequences. Mobile devices certified for such areas ensure consistent communication between field workers, supervisors, and control rooms. Features like real-time video streaming, remote support, and augmented reality (AR) are invaluable for troubleshooting and inspections. These tools improve safety by enabling remote repairs and inspections in high-risk zones, reducing the need for worker exposure to danger and ensuring resources are allocated efficiently.
THE IMPACT OF 5G ON INDUSTRIAL SAFETY AND EFFICIENCY 5G technology is transforming industrial communication. With ultra-low latency, high stability, and secure data transmission, 5G enables faster decision-making and reliable remote monitoring. Devices
like the 10.1-inch IS940.1 tablet and the 6-inch IS540.1 smartphone, both 5G-enabled and ATEX/IECEx approved, allow operators to manage complex processes in explosive areas. Ground-breaking developments such as the forthcoming
i.safe Mobile hazardous area docking solution will further increase efficiency and safety by enabling continuous charging, data transfer and peripheral device integration. The Windows version of the
i.safe Mobile tablet will also be available over the course of the year, making even more applications and an extended target group possible.
A FUTURE POWERED BY CONNECTIVITY, AI, AND 5G The future of industrial operations, particularly in hazardous environments, will be shaped by mobile technology, AI, and 5G networks. These innovations will provide workers with real-time communication tools, AI-driven insights, and remote assistance, enhancing safety and operational efficiency. As technology advances, industries can look forward to a safer, more connected, and more efficient future.
Author: Jan Rieks Zonderman, product manager automation,
i.safe Mobile
For more information visit:
www.isafe-mobile.com
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