The handling method for the Heat Clean Furnace

Generally, excessive internal temperatures in hot cleaner furnaces can lead to fires, prompting water喷射 into the furnace. This causes the operating machinery to halt, releasing harmful gases like flammable ones into the atmosphere untreated. Such emissions are non-compliant and lead to individuals installing purifiers. However, typically, smoke purification systems are not compatible with these products, unable to handle high-temperature gases, resulting in component damage.

The paint coatings on machine parts, or some organic materials, offer better protection for these components. If you're involved in this industry, you're likely familiar with the function of a hot cleaner. You might know how it works, but what should you do if an emergency arises during its use?

The HeatClean Furnace far exceeds traditional methods such as incineration and chemical processes. The previous methods were abandoned due to their pollution-causing nature and high costs, as well as safety concerns related to use.

The dual-combustion engine's combined energy consumption is high, typically requiring several hours to process. This method is effective in expelling the decomposed gases, but much heat is lost through the exhaust pipe, leading to resource waste. The main combustion engine often operates at high temperatures, which increases the risk of fires, thereby making accidents more likely.

The flame length of the main combustion unit has a certain limit, and the temperature inside the furnace can be difficult to reach consistency in a short period. However, if cracked, there will be a large amount of dust, and it may also affect the air flow during the previous production and manufacturing, leading to air pollution.