A Habitat Built Around Warm Water
For decades, the waters surrounding the Cape Canaveral Power Plant served as more than just part of a power generation facility—they became an important winter refuge for Florida manatees.
Each year, as temperatures dropped, manatees would gather near the plant’s discharge canal, where warm water was released as part of normal operations. Over time, generations of manatees returned to the same location, relying on the consistent warmth to help them survive colder weather. According to those familiar with the refuge, hundreds of manatees could gather in the area during colder months, making it one of the most significant warm-water habitats along Florida’s Space Coast.
Then came a challenge.
The aging power plant was scheduled for demolition and replacement. While the new facility would eventually take its place, the transition period created an unexpected concern. Once the original plant went offline, the warm water that the manatees had depended on for years would begin to disappear.
For the animals returning to the site, nothing had changed. They continued to migrate back to the refuge they had always known.
Without a source of warm water, however, the habitat they depended on would no longer exist.
To address the issue, a temporary heating solution was developed to maintain water temperatures while construction of the replacement facility moved forward. The goal was simple: keep the refuge warm until the new plant could take over the role the original station had played for decades.
It was a unique challenge that brought together utility infrastructure, environmental responsibility, and temporary equipment in a way few projects ever do.
And for Power Mechanical, it would become one of the most memorable applications of a rental boiler.
As the existing power plant was shut down and demolished to make way for a new facility, the warm-water refuge that local manatees had depended on for decades was at risk of disappearing. To help maintain water temperatures during the transition, a temporary heating solution was installed—one that included Power Mechanical’s TB85 boiler.
Most temporary boiler installations support facilities, manufacturing processes, or utility operations. This one was helping maintain a habitat.
The system operated around the clock, creating a pocket of warm water that attracted not only manatees, but also fish and other aquatic life seeking refuge from colder temperatures.
From an engineering standpoint, the project required the same reliability, planning, and execution as any industrial installation. From a human standpoint, it offered something many projects never do—the opportunity to see the direct impact of temporary infrastructure on the natural world.
Power Mechanical’s TB85 Mobile Boiler Plant supplied heat to the temporary warming system through plate heat exchangers and pumps.
A Front-Row Seat to Something Special
For the crews working on the project, the heating system was accomplishing exactly what it was designed to do. What nobody expected was just how incredible it would be to watch. As temperatures dropped, the warm-water refuge began filling with wildlife. Manatees returned to the canal just as they had for years, gathering in the heated water created by the temporary system. Team members on site described seeing dozens of manatees resting together throughout the inlet. Some floated quietly near the surface while others gathered in groups beneath the water.
“It was like they were in a spa.”
Large schools of fish could also be seen moving throughout the warmed area. Team members recalled seeing large schools of catfish gathered alongside the manatees, all taking advantage of the warmer water during the cold weather. On cooler mornings, steam would rise from the water’s surface, creating a visible reminder of the heat being delivered through the system. From the shoreline, workers could watch tails break the surface as manatees moved through the canal. Some could be seen resting side by side, while others slowly drifted through the warm water that had become a temporary refuge during the construction project. For a company whose equipment is often installed behind fences, inside mechanical rooms, or at industrial facilities, this project offered something different. The impact wasn’t measured in production output or uptime. It was visible every day in the wildlife gathering just beyond the piping and pumps. The same boiler technology that normally supports industrial operations was helping maintain an environment where one of Florida’s most recognizable species could continue returning to a habitat it had depended on for generations.
For those who were there, it became much more than another jobsite. It became a reminder that infrastructure projects can affect entire ecosystems—and that temporary solutions can play an important role in protecting them.