The operation of the dryer must strictly comply with the relevant standards for industrial atmospheric emissions and strictly control the pollution of exhaust gas and dust. The dry exhaust gas, material dust, and trace volatile compounds generated during the operation of the equipment must be treated by dust removal and purification devices before being uniformly discharged. The emission concentration of pollutants such as particulate matter and non methane total hydrocarbons must comply with the current national comprehensive atmospheric emission standards to prevent excessive emissions. For the volatile gases generated during the drying of organic and chemical materials, it is necessary to provide enclosed collection and adsorption treatment facilities to strictly control the problem of unorganized emissions. The concentration of exhaust gas in the factory area should always be controlled within the allowable range, meeting the environmental control requirements of industrial furnace drying equipment.
The control of equipment operating noise and energy consumption is an important aspect of environmental compliance for drying machines. The overall structure of the dryer has been optimized for noise reduction, with low operating noise from the fan and transmission components. Normal operating noise should meet the noise standards of industrial plants to avoid long-term high noise operation causing noise pollution in the plant area. At the same time, the equipment needs to meet the requirements of energy conservation, consumption reduction, and environmental protection. Through the design of hot air circulation and thermal energy recovery structure, it can reduce ineffective thermal energy loss and power consumption, and reduce energy waste in the production process. Prohibit the use of old and outdated models with high energy consumption and high pollution, ensure energy-saving, low-carbon, and compliant equipment operation conditions, and adapt to modern green production standards in chemical plants.
