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Against the backdrop of growing water scarcity and increasingly stringent environmental regulations, Membrane Bioreactor (MBR) technology has become a leading choice for municipal sewage and industrial wastewater treatment due to its excellent effluent quality, small footprint, and low excess sludge   Read More>

As environmental standards continue to rise, Membrane Bioreactor (MBR) technology has become the go-to choice for a growing number of wastewater treatment and water reuse projects. Statistics show that by 2023, the penetration rate of MBR technology in municipal wastewater treatment plants in China   Read More>

In today's push for ecological civilization, treating domestic sewage has long been a persistent and troublesome issue for many, from beautiful rural construction projects to villas and tourist spots far from cities. Traditional sewage treatment methods not only require large footprints but are also   Read More>

Amid the roar of machinery, streams of reddish wastewater laden with grease and blood foam continuously discharge from the slaughtering workshop. However, at the treatment station on the other end of the factory premises, through a series of "mysterious" processes, this foul-smelling wastewater grad   Read More>

In today's rapidly urbanizing world, efficiently and environmentally treating domestic and industrial sewage has become a critical issue for sustainable development. Traditional sewage treatment plants often occupy large areas, are prone to producing odors, and face opposition from nearby residents due to their location. An innovative solution—underground sewage treatment systems—is quietly emerging as an "unsung hero" in urban ecosystems, thanks to its unique advantages.   Read More>

MBR technology taking use of membrane separation technology to realize solid-liquid separation which substitutes secondary sedimentation tank in activated sludge process. This technology not only achieves the goal of water and sludge separation but also has the unparalleled advantage compared with   Read More>