🏭 Wireless Asset Tracking in Industrial Maintenance: Next-Generation Solutions 🚀

[Semih Asil]

In industrial facilities, monitoring critical assets through manual inspections is a common practice, especially when wired monitoring systems are cost-prohibitive. However, this can lead to late detection of equipment failures and unplanned downtime. To address this challenge, Emerson has developed a new wireless monitoring platform that provides continuous asset visibility using existing plant networks.

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💡 Continuous Monitoring with IIoT: Emerson Synchros Platform​

Emerson's new Synchros Industrial Internet of Things (IIoT) platform is a wireless asset monitoring system designed for maintenance optimization and asset health visibility in process industries. It is ideal for applications in sectors such as chemical, oil and gas, power generation, life sciences, and water/wastewater treatment facilities.

This platform digitizes inspection points that traditionally require manual data collection, transforming periodic inspections into continuous monitoring processes. This allows facilities to detect developing equipment issues earlier and improve maintenance planning.

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⚙️ Easy Integration with WirelessHART Technology​

The system utilizes WirelessHART technology, an industrial wireless communication standard widely used in process automation applications. This wireless architecture allows for the expansion of monitoring coverage without extensive modifications to existing infrastructure. It significantly reduces installation complexity compared to traditional wired instrumentation projects.

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📊 Digitizing Inspection Programs with Data Collection​

Many industrial assets remain unmonitored because the cost of permanent instrumentation installation outweighs the perceived value of the data collected. This leads maintenance personnel to rely on scheduled inspections, creating intervals where equipment degradation goes undetected.

According to Emerson, the Synchros platform aims to fill this gap by enabling organizations to start with targeted monitoring of critical assets and expand coverage over time using a common digital supply chain infrastructure. This phased deployment model allows facilities to scale their monitoring programs without replacing existing automation systems.

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🌡️ Temperature Monitoring and Network Extension Devices​

The initial release of the platform includes two devices: a wireless temperature monitoring device and a wireless network repeater.

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  []The temperature monitoring device captures both surface and ambient temperature measurements. This data can be used to detect abnormal operating conditions in equipment such as pumps, heat exchangers, rotary valves, steam systems, and heat tracing installations. Temperature deviations are often early indicators of mechanical wear, insulation failures, process inefficiencies, or thermal performance degradation.
  
  []The wireless repeater extends communication coverage in industrial facilities, allowing operators to place monitoring devices in locations that might otherwise be out of network range. This approach supports broader monitoring coverage without requiring additional wired communication infrastructure.
  

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📈 Future Expansion Strategy: More Measurements and Connectivity​

Emerson stated that the platform aims to go beyond temperature monitoring. Future devices are expected to support additional process measurements, including pressure and other operational parameters.

The company also plans to offer expanded connectivity options for geographically distributed infrastructures. Such applications include water and wastewater networks, and electrical power transmission and distribution systems, where assets may be spread across wide service areas.

This broader connectivity strategy aligns with efforts to strengthen the industrial data ecosystem and improve visibility of remote and distributed assets in the industrial sector.

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🛡️ Deployment in Hazardous Environments and Robust Design​

The platform is designed for installation in industrial operating environments, including hazardous locations commonly found in process manufacturing facilities.

Emerson notes that simplified installation methods and robust design aim to reduce deployment complexity while supporting system expansion as monitoring requirements grow. The company also highlights the potential for lower training requirements and reduced maintenance costs compared to more complex monitoring architectures.

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🔬 Technical Details and Competitive Analysis​

WirelessHART, falling under the IEC 62591 standard, is one of the most widely used industrial wireless protocols for instrumentation and condition monitoring applications. Competitors in this field include Honeywell's OneWireless platform, Siemens' industrial wireless monitoring solutions, and Yokogawa's wireless field instrumentation portfolio. The key differentiator in this market segment is the ability to deploy monitoring points without installing new wiring infrastructure.

Temperature monitoring is a common starting point for wireless condition monitoring because thermal anomalies can provide early indications of equipment failure. Industrial studies have shown that continuous condition monitoring, especially for rotating equipment and thermal process systems, can improve maintenance planning accuracy and reduce unplanned downtime compared to inspection-based maintenance programs.

Emerson's Synchros platform has the potential to transform maintenance strategies in industrial facilities. Thanks to the flexibility and cost advantages offered by wireless technology, continuous monitoring of more assets becomes possible, thereby increasing operational efficiency and reliability.