The NFPA Conference & Expo 2026 is set to highlight the future of fire protection, industrial safety, and advanced risk mitigation. This year marks a major milestone for our industry: FLIR is exhibiting for the first time.
Taking place June 22–24 at the Mandalay Bay Convention Center in Las Vegas, the NFPA conference brings together global leaders focused on compliance, asset protection, and safety engineering.

“FLIR’s presence reinforces a critical, growing industry shift: moving away from reactive fire response and toward early fire detection, for predictive fire prevention.”   – Chris Lemmons, COO, Emitted Energy

 

How the NFPA Conference & Expo Is Impacting Industry

The National Fire Protection Association (NFPA) establishes the global standards for fire and life safety compliance.

For engineers and facility operators, maintaining these standards isn’t just about complying with regulations. They’re also protecting personnel, uptime, and mitigating catastrophic risk.

As industrial facilities scale and automate, traditional spot sensors and smoke detectors are no longer considered sufficient alerts. They tell you when a fire has already started.

Modern risk mitigation requires structural visibility. Thermal imaging systems identify the root causes of thermal failure before symptoms ever manifest.

The FLIR Legacy: Why the Industry Trusts the Thermal Leader

When integrating thermal monitoring into mission-critical safety infrastructure, sensor reliability cannot be an afterthought.

FLIR (now Teledyne FLIR) is recognized as the global authority in infrared camera technology, holding an estimated 42% market share within the thermal imaging equipment segment as of 2026 (6Wresearch).

FLIR’s position as a trusted industry standard is built on over six decades of foundational innovation:

• Military and Aerospace Foundations: Founded in 1978 to develop high-performance, forward-looking infrared (FLIR) systems for airborne navigation and search-and-rescue, the company proved its technology in the world’s most unforgiving environments.
• Commercialization & M&A: Through the strategic acquisitions of AGEMA (Sweden) in 1998 (the pioneers who built the first commercial infrared scanner in 1965) and Inframetrics in 1999, FLIR consolidated the world’s leading industrial thermography portfolios (Teledyne FLIR).
• Democratizing the Technology: FLIR led the shift from expensive, cryogenically cooled laboratory systems to ruggedized, uncooled microbolometer sensors. This made continuous, cost-effective industrial thermal monitoring a reality.

Today, FLIR’s hardware delivers the precise radiometric data required to convert invisible heat signatures into actionable, real-time safety alerts.

 

Early Fire Detection (EFD): Converting Heat Into Sight

At NFPA 2026, the technical focus centers on Early Fire Detection (EFD). Unlike a traditional smoke detector that relies on airborne particles or a sprinkler bulb that reacts to ambient air temperature, thermal imaging systems analyze the infrared radiation emitted by objects.

Every message in a robust safety strategy relies on a clear pipeline: Process + Insight + Outcome. We deploy engineered-to-order thermal solutions (Process) that provide real-time process visibility (Insight), allowing facilities to improve consistency, reduce downtime, and operate with operational confidence (Outcome).

Thermal imaging systems provide:

• Continuous Temperature Monitoring: Multi-point quality inspection across wide, full-field areas.
• Thermal Anomaly Detection: Early identification of localized heat profiling shifts.
• Signal Before Failure: Catching the exact moment an asset enters an abnormal thermal state long before smoke or flame announces itself.
• Fewer False Alarms: Advanced analytics differentiate between normal operational heat (e.g., a hot engine block or exhaust) and an actual thermal fault, avoiding costly nuisance shutdowns.

Key Industries Driving Thermal EFD Adoption

Thermal imaging for fire prevention is rapidly expanding across high-risk applications where traditional detection methods fail:

• Battery Energy Storage Systems (BESS)
  Lithium-ion batteries can fail catastrophically through thermal runaway, a rapid, self-heating chain reaction. Radiometric thermal cameras continuously monitor cells, detecting early-stage temperature accumulation before gas generation or structural breaching occurs.
• Manufacturing & Industrial Facilities
  Mechanical friction, electrical faults, and material buildup can spark fast-moving fires. Radiometric monitoring provides thermal characterization across conveyors, dust collectors, and rotating machinery to protect critical physical infrastructure.
• Waste & Recycling
  Spontaneous combustion is a constant threat in deep waste piles due to internal biological decomposition. Infrared cameras look through surface layers to detect deep, hidden hotspots that visible-light cameras and personnel completely miss.
• Energy & Utilities
  Substations, transformers, and switchgear represent high-value infrastructure risks. Real-time temperature distribution analysis ensures component degradation is flagged for maintenance long before a fault causes an outage or explosion.

 

The Marshal EFD System: From Invisible to Actionable

The team at Emitted Energy developed The Marshal^TM Early Fire Detection (EFD) system, deployed with FLIR hardware.

The Marshal^TM EFD system is built on the backbone of the FLIR Smart Sensor. The Marshal is an ecosystem designed and developed to further enhance the FLIR Smart Sensor.

The Marshal^TM integrates directly with industrial plant controls via standard protocols (SCADA, PLC, EtherNet/IP). It provides engineers and safety managers with a unified interface, multi-point area inspection, and automated alarm zoning.
The Marshal also enables our customers to integrate additional sensors, such as Flame and Gas Detectors.

This ensures that when a thermal anomaly is detected, the system automatically triggers a warning signal, isolated shutdown, or targeted suppression event well ahead of an actual fire.

 

Think Thermal. Perform Better.

The future of industrial fire safety is predictive, not reactive.

By leveraging the thermal edge, industrial operators can protect assets, gain confidence in compliance, and secure a scalable process control environment.

Connect with Emitted Energy

Emitted Energy is a nationally recognized top FLIR Platinum Partner and Master Distributor.

We build engineered-to-order thermal solutions close to your process and close to your problem. We listen, plan, build, and test with urgency because every industrial application is unique.

If you are attending the NFPA Conference & Expo 2026 in Las Vegas, look for the latest in FLIR EFD technologies.

If you cannot attend but want to discuss how to bring better data for better decisions to your facility:

• Contact our engineering team to schedule a deep-dive thermal application review.
• Learn more about The Marshal^TM EFD Systems and custom thermal process control on our website.

We build engineered-to-order thermal solutions close to your process and close to your problem. We are Engineers who listen, plan, build, test, and execute in collaboration with your team.

Tailored to Your Process
Every industrial application is unique. Our support is led by the same minds who help build and test our systems-so you get answers, not workarounds.

Improve your process and safety with thermal solutions that provide real-time process visibility for greater consistency, eliminate downtime, and maintain total operational confidence.