Integrated Waste Gas Treatment Unit

The integrated waste gas treatment unit is specifically designed for medical waste operations characterized by high concentration and high impurity content in the exhaust gases. This system employs a four-stage purification process comprising a cyclone hybrid spray tower, primary filtration, high-efficiency filtration, and activated carbon adsorption, offering enhanced stability and comprehensive purification capabilities. The exhaust gas first enters the cyclone hybrid spray tower, where centrifugal cyclonic gas-liquid contact effectively removes dust, moisture, oil contaminants, and large particulate impurities, significantly reducing the load on subsequent filtration and adsorption stages. After spray pretreatment, the gas sequentially passes through primary and high-efficiency filters to intercept fine dust and fibrous particles, preventing clogging of the downstream activated carbon media. Finally, the gas enters the activated carbon purification chamber, where porous honeycomb activated carbon vigorously adsorbs organic exhaust gases and odor molecules, ensuring stable and sustained purification through multi-stage filtration.

The integrated waste gas treatment unit is integrally welded from 304 stainless steel, featuring a robust structure with excellent corrosion and moisture resistance, making it suitable for the high-temperature and high-humidity environment of medical waste processing workshops. Both the filtration module and activated carbon are installed using drawer-type modular designs, enabling easy disassembly, replacement, and cleaning without requiring specialized personnel for daily maintenance, thereby significantly reducing labor and operational costs. The system's aerodynamic design ensures low operating noise and minimal power consumption, allowing for continuous, stable operation for extended periods of 24 hours.

Choosing Jurunxin not only ensures product quality but also boasts comprehensive advantages in production, technology, and service: With years of expertise in medical waste and exhaust gas treatment, the company is well-versed in regional environmental emission standards and the operational characteristics of medical waste facilities, enabling customized configuration solutions based on on-site air volume and concentration levels. Its production process employs multiple stringent procedures - including laser cutting, TIG full welding, and rigorous leak detection - to eliminate air or gas leakage. The company provides end-to-end services encompassing process design, civil engineering coordination, installation and commissioning, as well as lifelong technical support.