The core of the physical method for noise reduction of high-pressure side channel blowers is achieved by "weakening the vibration of the sound source, blocking the transmission of noise, and absorbing the energy of sound waves", without relying on chemical or electronic means, which is safe and highly adaptable. Physical Noise Reduction at the sound
An MBBR in STP refers to a sewage treatment plant that uses the Moving Bed Biofilm Reactor process for treating sewage and industrial wastewater. It utilizes plastic bio-media that floats freely in the aeration tank. These media provide a high surface area for microorganisms to grow and degrade pollutants in the
A Membrane Bioreactor (MBR) is an advanced wastewater treatment technology that combines biological treatment (activated sludge process) with membrane filtration. It's widely used in sewage treatment plants (STPs) and industrial wastewater treatment because it produces high-quality effluent suitable for reuse. Key Components of MBR: Bioreactor (Aeration Tank): ·Works like the activated sludge process where microorganisms
GOORUI side channel blowers are mainly used in food packaging equipment for key applications such as material conveying, positioning and fixation, thermoforming and carton forming, sealing and labeling, dust removal and cleaning, environmental control, gas filling packaging and vacuum treatment. They feature high efficiency, energy conservation and hygiene. Material conveying: The high-pressure side channel blower
The reason why regenerative blowers have become the "standard equipment" in sewage treatment plants lies in their ability to efficiently and stably address the key demands in the sewage treatment process - aeration and oxygen supply as well as material transportation. Core application: Providing "oxygen" for biological treatment The core link of a sewage treatment
En acuicultura, el oxígeno disuelto es uno de los factores clave que determinan la supervivencia, el crecimiento y los beneficios acuícolas de los organismos cultivados. Los sopladores regenerativos, gracias a su alta presión de aire, flujo de aire estable y adaptabilidad a diversos dispositivos de aireación, se han convertido en equipos clave para solucionar la
