MBBR FILLER:
MBBR fillers are engineered microbial carriers specifically designed to provide an optimal environment for microbial growth in wastewater treatment applications.
- Manufactured from virgin HDPE (high-density polyethylene) material with added hydrophilic agents and a UV-resistant formulation for enhanced durability and longevity;
- Engineered with tailored characteristics to optimize performance in both aerobic and anaerobic treatment processes;
- Offers superior nitrification and denitrification capabilities for effective nitrogen removal from wastewater;
- Facilitates rapid biofilm formation with high biological activity while resisting clogging;
- The fluidized motion of the fillers that creates a shearing effect enhances oxygen transfer efficiency;
- Flexible dosage options, stable material properties, and a long service life simplify operation and minimize maintenance requirements;
- The large specific surface area provides a vast surface for microbial colonization, resulting in high organic matter removal capacity;
- These robust filers can withstand high organic loading rates and shock loads, ensuring reliable performance in demanding wastewater treatment environments;
- The filler’s design promotes a long sludge age, resulting in minimal excess sludge production;
- Suitable for a wide range of biological treatment processes, including aerobic, anoxic, and anaerobic applications.
INCLINED PLATE AND TUBE SETTLER FILLER:
Available in durable polypropylene (PP), polyvinyl chloride (PVC), and fiberglass reinforced plastic (FRP) constructions, these fillers offer exceptional performance and longevity. The innovative honeycomb structure, available in both inclined and straight tube configurations, maximizes settling efficiency for a wide range of water and wastewater treatment applications. Honeycomb tube fillers are primarily used for sedimentation and sand removal, They have become a widely adopted water treatment device in the past decade, applied in various water supply and drainage projects. They offer advantages such as broad applicability, high treatment efficiency, and a small footprint.
- The large wetted perimeter and small hydraulic radius work in synergy to maximize surface area;
- The inclined tube design facilitates a smooth, laminar flow, minimizing turbulence and preventing flocculation interference;
- With an optimal tube length of 1 meter, these settlers provide ample residence time for thorough sedimentation, resulting in exceptional effluent clarity;
- These filers excel in challenging applications, effectively treating water with high sediment concentrations(50-100 kg/m3) when utilizing tubes measuring 2.0-3.0 meters in length at the water intake;
- Inclined tube settlers outperform conventional sedimentation tanks by a factor of 3-5 in terms of treatment capacity. They also demonstrate 2-3 times higher capacity than accelerated clarifiers and pulsed clarifiers.
COMBINED FILLER:
By integrating the advantages of soft and semi-soft fillers while mitigating their individual limitations, this innovative filler offers unparalleled performance in a variety of wastewater treatment applications. This filer’s unique construction centers around a robust plastic ring framework, densely populated with securely attached vinylon fibers. This design ensures uniform fiber bundle distribution within the wastewater, creating an ideal environment for robust biofilm formation and efficient sloughing. This, in tum, promotes high-rate treatment, even in high-strength wastewater applications.The innovative double-loop large plastic ring structure, a departure from traditional designs, further enhances performance, Aldehyde fibers or polyester fibers, meticulously pressed onto these rings, maximize surface area for biofilm attachment, while strategically placed snowflake-shaped plastic branches on the inner ring provide dual functionality. They not only promote biofilm attachment but also effectively break down air bubbles, significantly enhancing oxygen transfer rates and utilization. This optimized design ensures efficient exchange within the water-gas biofilm, resulting in accelerated removal of organic matter from the wastewater, These innovative fillers are particularly well-suited for applications with strong aeration and turbulent water-gas flows.
PRODUCT FEATURES:
Efficient heat dissipation, low resistance to flow, superior water and air diffusion, enhanced biofilm formation and sloughing, high tolerance to wastewater concentrations, effective bubble cutting.
COMBINED FILLER:
These versatile fillers are ideally suited for a wide range of wastewater treatment applications, including: contact oxidation towers, oxidation ponds and oxidation ditches. This adaptable filler serves as a highly effective biological carrier in both biological contact oxidation and anaerobic fermentation wastewater treatment processes.
