Heat recovery rotors used in industrial environments often encounter Spaces with complex environments, such as waste treatment workshops, spray painting drying/baking rooms, steelmaking/casting workshops, etc. The indoor air is usually characterized by high temperature and low humidity, with a concentration of many odor molecules and a strong unpleasant smell. The industrial heat recovery rotor is made of pure aluminum-based aluminum foil material to form a unique triangular dense air duct energy storage core. Before the indoor air is discharged to the outside, it passes through the triangular dense air duct. Due to the temperature difference, the temperature energy in the air is absorbed by the highly conductive aluminum-based material, and other odor molecules are discharged. When the heat recovery wheel rotates to the other side, the outdoor air enters the energy storage core, and its temperature state is improved by the energy storage. Under long-term cyclic operation, the energy recovery and reuse are substantially achieved, realizing the concept of energy conservation, emission reduction, energy conservation and environmental protection.
