Shanghai Decycle New Materials Co., Ltd. products

The 4-Hole MBBR Media is a polyethylene biofilm carrier designed for superior wastewater management in recirculating aquaculture systems and other industrial biofiltration applications. Its innovative cross-shaped configuration with four channels significantly enhances the protected surface area, facilitating microbial growth while optimizing both hydraulic flow dynamics and oxygen transfer efficiency. This media's solid structure minimizes clogging risks, ensures even biofilm dispersal, and is highly durable against mechanical wear in turbulent reactor environments. Constructed from buoyant, chemically inert HDPE, the carrier offers prolonged stability across both saltwater and freshwater settings. It's particularly effective in promoting high nitrification and denitrification rates, which are crucial for upholding superior water quality in high-density aquaculture operations.

The 6-Hole Vertical Striated Protrusion MBBR Media is meticulously designed to enhance aquaculture water treatment systems through its unique design. Featuring six symmetrically placed holes and vertical striated surface protrusions, this biological carrier significantly increases the effective surface area. This design not only promotes turbulent flow but also optimizes microbial colonization for advanced biofilm development. The striated texture offers protection to biofilms against shear forces and fosters the creation of microhabitats that support nitrifiers, denitrifiers, and heterotrophs. Composed of high-grade, buoyant HDPE, the media is known for its exceptional durability, chemical resistance, and stability in both saline and freshwater environments. Specifically suited for intensive Recirculating Aquaculture Systems (RAS), it efficiently targets and removes ammonia, nitrite, and organic loads, contributing to superior water quality and enhanced fish health.

DC64 MBBR Media is designed to enhance wastewater treatment through maximizing microbial attachment and biofilm development. With 64 engineered holes and surface vertical stripes, it improves hydraulic dynamics and fosters optimal turbulent conditions, oxygenation, and nutrient distribution. Made from virgin High-Density Polyethylene (HDPE), the media demonstrates notable resistance to chemicals, mechanical stress, and UV exposure, ensuring durability and reliable operation over time. The high void ratio and effective surface area contribute to superior efficiency in the removal of organic materials and the processes of nitrification and denitrification. This makes it particularly suitable for both municipal and industrial applications such as aquaculture systems.