The efficiency range of a pulse combustion furnace is:

The efficiency range of a pulse combustion furnace being between 94-98% reflects the technology's advanced capability to utilize fuel effectively. Pulse combustion systems operate by creating rapid pressure changes that enhance the combustion process. This technology allows for more complete combustion of the fuel, resulting in higher thermal efficiency compared to traditional combustion systems.

The high efficiency is attributed to the design, which optimizes the combustion reaction and minimizes heat losses. As pulse combustion furnaces generate extremely high temperatures due to their oscillating combustion process, they can achieve near-complete fuel combustion, which leads to reduced emissions and higher efficiency ratings. This effectiveness is why the pulse combustion furnace fits within the efficiency range of 94-98%, surpassing many other combustion technologies in performance.

Understanding this efficiency is crucial for evaluating heating systems, as it can impact energy consumption, operational costs, and environmental considerations.