A single day of unplanned downtime can result in losses exceeding $1 million
Furnaces are the beating heart of refining and petrochemical operations. They provide the high temperatures essential for distillation, cracking, and other core processes. But when they fail, the consequences can be severe. A single day of unplanned downtime can result in losses exceeding $1 million, alongside significant safety and environmental risks
This reality is driving operators to adopt smarter, safer, and more cost-effective inspection methods. Companies like PROtect, under the leadership of Jason Czajkowski, are leveraging the latest infrared (IR) technologies to transform furnace inspections from a reactive task into a proactive, data-driven maintenance strategy.
EVOLUTION OF IR FURNACE CAMERAS
Infrared inspection technology has evolved dramatically over the last three decades. Early tools such as the Agema 550 and Inframetrics 390 laid the groundwork for remote temperature diagnostics in hazardous environments. Although these first-generation cameras were bulky and required extensive setup, they opened the door to non-contact thermal inspections – a critical breakthrough for operators working in extreme heat.
FLIR’s GF309 marked the next big step, becoming the workhorse of the industry. It delivered real-time thermal imaging through flames with improved ergonomics, enabling inspectors to work more efficiently and safely. However, with a resolution of just 320×240 pixels, the GF309 had limitations when it came to identifying fine anomalies at a distance.
Recognising the need for greater clarity, PROtect transitioned to the FLIR G609 High Resolution Furnace and Boiler Inspection Camera, a purpose-built system featuring a 640×480 detector. This leap in resolution enables technicians to detect smaller anomalies such as hot spots, coke buildup, or insulation breakdowns earlier and from safer distances.
INTRODUCING THE FLIR G609
The FLIR G609 represents the latest stage in the evolution of furnace inspection technology. Designed specifically for high-temperature applications, it is equipped with a re-engineered heat shield, a factory-calibrated furnace lens, and a modern touchscreen interface. These features combine to create a tool that withstands harsh conditions while remaining intuitive to operate.
With its increased resolution, the G609 can accurately measure temperatures on narrow furnace tubes deep within radiant sections — something older models often struggled to achieve. It also incorporates a redesigned cold filter, enabling clear thermal visibility through flames even in the most challenging environments.
According to Czajkowski, these advances add up to more than incremental improvement. “It’s not just clearer images,” he says. “It’s better decisions, faster.” PROtect’s teams can identify issues earlier, keep personnel at safer distances, and plan maintenance before problems become emergencies.
PAIRED WITH SOFTWARE FOR MAXIMUM IMPACT
While the G609’s hardware is impressive, its real power emerges when combined with FLIR’s Thermal Studio Pro software. This integration transforms how inspections are planned, executed, and reported. The software’s Route Creator tool allows inspections to be pre-planned with precise inspection points loaded directly into the camera. Technicians follow a defined route, eliminating guesswork and ensuring consistency from one inspection to the next. Afterward, images are automatically organised by inspection point, and professional reports are generated in minutes.
“This combination of camera and software creates a seamless workflow from planning to reporting,” says Czajkowski. Inspectors spend less time sorting data and more time analysing it. That means faster decision-making and more reliable outcomes for clients.
Although Thermal Studio Pro is not yet directly integrated with third-party maintenance platforms, it is designed for flexibility. Images are saved as standard JPEG files and reports export as PDFs – both widely compatible formats that can be uploaded into most maintenance systems. This ensures operators can easily incorporate thermal inspection results into their broader asset management workflows.
SAFER PLANTS BETTER UPTIME
By adopting the G609 and an integrated software approach, PROtect has helped its clients significantly improve safety and uptime. Early detection of anomalies such as burner misalignments, coking conditions, or developing hot spots has allowed plants to schedule repairs during planned downtime rather than responding to emergency outages.
In one instance, the early detection of a developing hot spot prevented a refinery from experiencing an unplanned shutdown, saving hundreds of thousands of dollars in potential losses. This type of proactive maintenance not only reduces costs but also improves safety for personnel, who can now inspect furnaces from greater distances with more reliable data.
SETTING A NEW STANDARD FOR ASSET RELIABILITY
Infrared furnace inspections have matured from a niche technique to an essential maintenance strategy. With modern tools like the FLIR G609 and expert leadership from professionals such as Jason Czajkowski, PROtect is setting new standards for asset reliability across the refining and petrochemical industries.
Today’s IR inspections provide sharper thermal images, faster workflows, greater safety, and measurable return on investment. The combination of advanced hardware and smart software creates a holistic solution that reduces downtime, improves maintenance precision, and protects both people and assets.
“We’re not just taking pictures,” Czajkowski says. “We’re delivering solutions that protect assets, budgets, and people.”
As refining and petrochemical plants strive to improve efficiency, enhance safety, and reduce costs, infrared furnace inspections are emerging as a critical tool for achieving these goals. The FLIR G609 represents a step change in capability, enabling inspectors to see more clearly, measure more accurately, and act more decisively.
By pairing cutting-edge hardware with integrated software, companies like PROtect are redefining what’s possible in furnace maintenance. The result is a smarter, safer, and more cost-effective approach to one of the most challenging aspects of plant operation, an approach that is rapidly becoming the new industry standard.
