Refinery reformer tubes and process furnaces

IIoT and AI-Enabled Continuous Tube Skin Temperature Monitoring for Industrial Process Tubes Up to 1200°C

Monitor reformer and high-temperature process tubes operating at 800°C-1200°C with XYMA's μTMapS, the world's most advanced ultrasonic waveguide-based temperature mapping system. Automate tube inspection, achieve real-time multi-point temperature visibility, detect hotspots early, forecast coke formation and tube failures, and enhance overall asset reliability while preventing unplanned shutdowns.

Download Brochure

STOP GUESSWORK.Start Monitoring Every Tube with Precise, Real-Time Thermal Mapping.

Why Continuous Tube Skin Temperature Monitoring Matters?

The Hidden Risks of Single-Point and Manual Temperature Measurement

Single-point and manual temperature inspections cannot reliably detect hotspots or uneven thermal profiles, especially in high-temperature and hazardous refinery environments. Factors such as flame interference, emissivity errors, and operator angle can make readings inaccurate, leaving operators blind to critical temperature fluctuations. These methods are also prone to instrument failure, further increasing operational risk.

Impact of Single-Point and Manual Measurements:

Inaccurate Measurements & Missed Hotspots
Critical thermal variations may go undetected.
Safety Risks of Manual Measurement
Operators face hazards in high-temperature environments.
Coking, Thermal Fatigue & Creep Damage
Uneven tube temperatures accelerate deposits and structural stress.
Accelerated Tube Aging & Reduced Lifespan
Hotspots and thermal gradients shorten tube service life.
Increased Risk of Unplanned Shutdowns
Emergency repairs and tube replacements are costly.

40 - 50%of tube failures in Reformers are due to overheating,
costing millions $ in downtime across the globe

IMPACT OF TEMPERATURE DEVIATION ON
REFORMER TUBES

Temperature deviation directly impacts tube lifespan and process efficiency

“A temperature deviation of just ±20°C from the design Tube Temperature can cause up to 2% production loss, reduce tube lifetime by more than 50%, and result in multi-million-dollar annual losses for refineries and petrochemical plants.”

EFFECTS OF TUBE LIFESPAN

Temperature (°C/°F)

Meantime Life

860°C / 1580°F

10 Years

880°C / 1616°F

5 Years

900°C / 1652°F

2.5 Years

925°C / 1697°F

11 Months

950°C / 1742°F

4.5 Months

975°C / 1787°F

2 Months

1000°C / 1832°F

4 Months

1050°C / 1922°F

5.5 Months

1100°C / 1580°F

1 Day

Automate Tube Inspection for Asset Reliability and Process Efficiency with XYMA's μTMapS

XYMA's μTMapS delivers IIoT and AI-enabled continuous, real-time, multi-point temperature mapping using our patented Ultrasonic Waveguide Technology.

Key Features & Specifications:

High-Temperature Range:
Reliably monitor temperatures from 800°C to 1200°C+ (up to 1450°C in select cases)
Thermal Profile Visibility:
See thermal profiles across tube length
Multi-Point Coverage:
Measures temperature across up to 15 meters of tube length
High precision:
0.5°C resolution with ±1.5°C accuracy for reliable monitoring
IIoT Integration:
Feed live, accurate data to SCADA, DCS, and IIoT analytics platforms
Proactive Detection:
Detect hotspots, coking, thermal fatigue, or abnormal trends before they escalate

By automating inspections and integrating AI-driven corrective actions, furnace performance can be
optimized, ensuring safer, digitalized, and highly efficient operations.

Operational Benefits for Refineries & Oil & Gas Plants

Early detection of thermal abnormalities

Real-time thermal mapping identifies critical temperature anomalies before they lead to tube failure, enabling proactive action.

Predictive Maintenance

AI-driven trend analysis forecasts tube health degradation, allowing maintenance to be scheduled just-in-time.

Data-Driven Decisions

IIoT and AI integration provide actionable insights, empowering smarter operational and maintenance strategies.

Energy Efficiency Optimization

Precise temperature data enables optimized burner control.

Improved Process Reliability

Maintaining stable tube temperatures ensures consistent chemical reactions, enhancing product quality and throughput.

Enhanced Safety and Compliance

Reduces risk of catastrophic failures and supports meeting environmental and safety regulations.

If your facility operates hot tubes, reformer tubes, fired heaters, reactors, or high-temperature pipelines, XYMA's solution is directly applicable, easily retrofitted, and trusted by global leaders.

Success Stories & Client Testimonials

Discover how industry leaders are achieving breakthrough results with
XYMA's μTMapS technology

Reliance Industries Limited (RIL)

World's Largest Single-Site Refinery

Gujarat, India

CHALLENGE

Real-time measurement of furnace tube skin temperatures in the Refinery Off-Gas Cracker (ROGC) furnace's radiation section.

Previously unmeasurable tube skin temperatures now visible in real-time
Optimized energy efficiency and operational safety
Technology recognized as an innovative solution for high-temperature process monitoring
Reliable performance over 90+ days of continuous operation

"We are confident that this technology holds immense potential across critical refinery and petrochemical assets, driving enhanced safety, reliability, and operational efficiency."

IOCL Panipat

Panipat Refinery & Petrochemical Complex

Panipat, India

CHALLENGE

Continuous real-time monitoring of furnace tubes operating above 900°C, reducing manual inspections and improving process safety.

Reduced temperature deviation by 20-40°C vs. traditional methods
Eliminated manual inspections in hazardous zones
Pilot installation at NCU Heater 200 demonstrated significant gains in accuracy, safety, efficiency, and energy optimization
Moving towards commercial deployment for predictive temperature monitoring

"Moving towards commercial deployment for predictive temperature monitoring."

XYMA's μTMapS leverages IIoT and AI to enable predictive maintenance, prevent asset failures, enhance
energy efficiency, extend tube lifespan, and improve overall process performance.

FAQ

Frequently Asked Questions

Tube skin temperature directly drives tube life, energy efficiency, and safety. Continuous monitoring surfaces hotspots and abnormal gradients in real time, so issues are caught before they cause coking, creep damage, or unplanned shutdowns.

Unlike single-point pyrometers and thermocouples, μTMapS uses patented ultrasonic waveguide technology to deliver continuous multi-point temperature mapping across the full tube length, with no electronics in the hot zone, no emissivity errors, and far longer service life.

By continuously profiling tube temperatures and feeding live data to AI analytics, μTMapS forecasts tube health degradation and flags anomalies early, allowing maintenance to be planned just-in-time instead of reactively.

Yes. μTMapS streams live, accurate temperature data directly to SCADA, DCS, and IIoT analytics platforms, enabling digital twins, dashboards, and automated corrective actions.

Ready to Upgrade Your High-Temperature Monitoring?

Let's talk. Book a technical demo with our experts and discover how μTMapS can transform your operations.