Suspension-Type Biofiller
Non-residual sludge suspended biofiller
It is a spherical shape made of two semicircular fishnet-like structures injection-molded from plastic. A plastic woven thread or small piece of sponge is placed at the center. It features a fully three-dimensional structure in the biochemical treatment of wastewater, with a large specific surface area, can be directly added without fixation, is easy to form a biofilm, and does not clog. The all-plastic structure unit filling material has A/O, A2/O hydrolysis-aerobic functions, with less residual sludge and a long service life.
Porous Rotating Spherical Suspended Packing
Porous Rotating Spherical Suspended Media is a series of products developed for domestic wastewater treatment and biological membrane processes.
Product Features
The filling is made of low-density ethylene material, forming an outer and inner double-layered sphere. The outer layer is a fishnet-shaped sphere, and the inner layer is a rotating sphere. It features rapid microbial colonization, easy detachment of the biofilm, resistance to acid and alkali, aging resistance, and不受water flow influence, with a long service life. The product is biodegradable, produces minimal sludge, and is easy to install.
Application Scope
Widely applicable for wastewater treatment in various industries such as domestic sewage, petrochemical, chemical papermaking, food industry brewing, sugar refining, textile, printing and dyeing, and leather making.
No residual sludge suspended media, a new product developed based on numerous wastewater treatment media. It primarily serves as a biofilm carrier while also intercepting suspended matter. It boasts strong biological adhesion, large specific surface area, high porosity, good chemical and biological stability, durability, non-leaching of harmful substances, non-causation of secondary pollution, UV resistance, anti-aging, and strong hydrophilic properties, which cannot be achieved by any soft, semi-soft, or composite elastic media.
Physical and Chemical Specifications
