Green Ye environmentally friendly three-dimensional elastic fillers are generally selected from several high-quality varieties of polyolefin and polyamide that are resistant to corrosion, temperature, and aging. They are mixed with hydrophilic, adsorption, and heat oxidation resistant additives, and use special drawing and wire rod hair making processes to insert and fix the wire rod on a corrosion-resistant and high-strength central rope. Due to excellent material selection and process formula, the rigidity and flexibility are moderate, making the wire rod uniformly arranged in a three-dimensional radiation state, and producing the monomer of suspended three-dimensional elastic fillers.

Green Ye environmentally friendly fillers can be evenly spread throughout the effective area, allowing air, water, and biofilm to be fully mixed, infiltrated, and exchanged. Biofilm can not only be uniformly implanted on each filament, maintaining good activity and pore variability, but also obtain increasing specific surface area and undergo good metabolism during operation.

Simply put, it mainly plays a role in facilitating membrane formation, intercepting microorganisms, increasing sludge age, and facilitating full contact and reaction between sewage and sludge.

Compared with rigid honeycomb fillers, Lvye environmentally friendly three-dimensional elastic fillers have greater pore variability and are not clogged; Compared with soft fillers, the material has a longer lifespan and does not adhere or unite; Compared with semi soft fillers, it has a high specific surface area, rapid film formation, and low cost. Therefore, it can be confirmed that elastic fillers are following various hardware fillers. The fourth generation of high-efficiency and energy-saving novel fillers after semi soft fillers in soft packing boxes.

Green Ye Environmental Protection's three-dimensional elastic filler has screened several high-quality varieties of polyolefin and polyamide that are resistant to corrosion, temperature, and aging. It is mixed with hydrophilic, adsorption, and heat-resistant oxygen additives, and uses special drawing and wire making processes to interweave and fix the wire strips on a corrosion-resistant and high-strength central rope. Due to excellent material selection and process formula, moderate rigidity and flexibility, the wire strips are arranged in a three-dimensional uniform radiation state, and a suspended three-dimensional elastic filler monomer is made. The filler can be uniformly stretched and distributed in the effective area, allowing air, water, and biofilm to fully mix, permeate, and exchange contact. The biofilm can not only be uniformly implanted on each wire strip, maintaining good activity and pore variability, but also... It can obtain an increasingly larger specific surface area during operation and also perform good metabolism, This feature and phenomenon are incomparable to other fillers currently available in China.

Biological contact oxidation method is an efficient water treatment process that mainly uses biofilms attached to carriers (commonly known as fillers) to purify organic wastewater. At present, it has been widely used in the treatment of textile printing and dyeing, wool knitting, beer and food, petrochemical fertilizer wastewater, pharmaceutical and domestic sewage, and has achieved significant environmental, social and economic benefits. In recent years, with the increasing demand for water supply and the varying degrees of organic pollution of surface water such as river and lake water, the use of contact oxidation method for water supply micro pollution pretreatment has also achieved significant results. Almost all organic polluted wastewater and sewage can be treated using the contact oxidation process. For many years, this process has been widely adopted by design departments due to its advantages of high efficiency and energy saving, small footprint, resistance to impact loads, and convenient operation and management, and has been well received and favored by users.