During operation of a fully automatic calorimeter, the oxygen bomb, as the core reaction vessel, bears the intense combustion of the sample under high pressure and oxygen-rich conditions.
The fully automatic calorimeter, through the deep integration of "automated operation, intelligent control, and digital management," completely transforms the inefficient and error-prone nature of traditional coal quality testing.
During the operation of a coal-to-oil boiler, unburned fuel is a key risk point that may cause an explosion. The key lies in controlling the synergistic effect of the combustible material concentration in the furnace and the ignition source.
Improving charging strategies, such as lowering charging current and voltage at low temperatures, can reduce polarization and improve charging efficiency and safety.
To address this problem, hot water oil heating boilers were developed. They use a special thermal oil as the heat transfer medium, fundamentally avoiding the risks associated with high steam pressure.
The condensing heat recovery device is a special equipment designed for the high water vapor content in the exhaust gas of oil-fired boilers.