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Study Finds Flyability Drones Help Reduce Greenhouse Gas Emissions
In a recent study, the independent consulting firm Boiler Room Consulting (BRC) explored how increasing boiler inspections using Flyability’s collision-tolerant drones could help reduce greenhouse gas emissions—specifically carbon dioxide (CO₂). The findings were impressive and highlighted the potential for significant environmental benefits.
BRC discovered that by boosting the frequency of boiler inspections with the help of Flyability’s drones, companies could potentially cut CO₂ emissions by as much as 649 metric tons annually. This is a substantial reduction, especially when considering that it comes from just one boiler.
The key to this improvement lies in early detection. Most boilers are inspected once a year, which means problems can go unnoticed for long periods. These issues might not immediately damage the boiler but can lead to leaks and harmful emissions over time. By inspecting more frequently, companies can identify and fix these problems sooner, reducing emissions and saving money on maintenance.
However, traditional inspections are costly. They often require building scaffolding, which can be expensive and time-consuming, leading to significant downtime. This cost barrier often limits inspections to once a year, even though more frequent checks would be more beneficial.
Enter Flyability drones. These specialized tools are designed to navigate tight, complex spaces like boilers without crashing. Their collision-tolerant design allows them to continue flying even after hitting obstacles, making them ideal for such inspections. Using drones instead of human inspectors significantly reduces costs—sometimes by up to 90%—making more frequent inspections financially viable.
To test the impact of increased inspections, BRC focused on the combustion head, a critical part of the boiler. A damaged combustion head can lead to higher CO levels, which in turn lowers combustion efficiency and increases COâ‚‚ emissions. Through experiments using different fuel types, they found that even small inefficiencies can result in large annual emissions increases.
The results showed that a damaged combustion head could increase COâ‚‚ emissions by 442 to 649 metric tons per year, depending on the fuel used. This highlights the importance of regular inspections in catching issues before they escalate.
Flyability’s Elios and Elios 2 drones proved highly effective in these scenarios, offering a safer, faster, and more cost-effective way to inspect boilers. By enabling more frequent checks, they help companies reduce emissions, save money, and improve safety.
In conclusion, the use of drone technology in boiler inspections offers a practical solution to a growing environmental challenge. With the ability to detect issues early and reduce emissions, it's a win-win for both the environment and businesses.