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AS-DD125 case NWT Bubble floating

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AS-DD125 case NWT Bubble floating

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HINKTON-Aeration® Technology

Powered by German-origin rubber membrane technology in the 1980s, HINKTON-Aeration® system
embodies decades of industry-hardened expertise in aeration engineering. Our proprietary technical
foundation is reinforced by China-based R D infrastructure including:
• Rubber Physical-Chemical Testing Lab for raw material qualification
• Membrane Formulation R D Center focused on performance optimization
• Aeration Performance Testing Facility ensuring end-to-end system validation
Through rigorous quality protocols spanning material science, precision manufacturing, assembly processes,
and performance benchmarking, we guarantee exceptional system reliability and operational safety.

Disk-X® Disc Type Diffuser

The Disk-X® HINKTON’s standard fine bubble membrane diffuser. With excellent membrane performance, reliable structural design, optimized air flow channel, combined with strict quality inspection and know-how technical services, the Disk-X® is an excellent choice for sewage treatment aeration systems. Hundreds installations of Disk-X® fine bubble disc membrane diffuser have shown significant cost of ownership benefits and excellent performance for new or replacement aeration systems.

موزع التهوية عالي الكفاءة Aerts-x®,موزع تهوية الأنابيب Aerts-x® | تهوية فعالة لمياه الصرف الصحي

Main Benefits

Low capital cost

Stable under load variations

Generates low solids and requires no sludge recycling. It reduced about 90% activated sludge compared with AAO process.

Shaves off 60-80% influent BOD for easy industrial upgrades to existing systems

Easy to retrofit existing systems

Industry standard size and shape, interchangeable with other systems

Reduces the load to downstream activated sludge process.
Simple to operate

Flubca MBBR Media

High Specific Surface Area for Superior Treatment Capacity

Specific Surface Area: 6,032 m²/m³ (vs. <1,000 m²/m³ for traditional PE media).

The exceptionally large surface area maximizes biofilm attachment, enabling high pollutant removal efficiency. This reduces the total media volume required for equivalent treatment performance.

Enhanced Hydrophilicity for Rapid Biofilm Formation

Material: Modified polyurethane composition with superior hydrophilic properties.

Accelerates biofilm colonization, significantly shortening system commissioning.

Optimal Fluidization Performance with Low Operational Costs

Density: Slightly higher than water (1.0045 kg/m³), combined with elastic material properties, prevents floating or surface accumulation.
Fluidization: Achieves uniform fluidization without additional aeration pipes at retention screens, resolving traditional media accumulation issues (e.g., HDPE media at 0.95 kg/m³ floats easily and clogs screens).
Operational Efficiency: Reduces energy consumption and maintenance needs while maintaining stable treatment performance.

Specification	Structure	Bulk Density	Specific Surface Area	Volume Expansion Rate
202020 mm	Wall Structure	12.5 kg/m³	6032 m²/m³	190%

【Wall-like structure】

【Biofilm enlarged picture】

Benefits of Flubca

·Solve traditional PE media of floating and surface accumulation issue.

Unique material density slightly higher than water (1.0045 kg/m³), combined with elastic properties, prevents floating and surface accumulation. (Traditional PE filter media are typically made of high-density polyethylene with a density of 0.95 kg/m³, lighter than water).
This ensures optimal fluidization without additional aeration pipes at the retaining screen. Normal fluidization can be achieved with the existing aeration layout.

·Lower quantity demand which means lower capital cost.

· Reduce system commissioning time and lowers manual maintenance costs.

Excellent hydrophilicity, allowing for rapid biofilm formation and shorter biofilm maturation cycles.
· 10 years service life with superior quality

Application

• Biochemical oxygen demand (BOD) removal
• Nitrification treatment (NH₄-N removal）
• Denitrification treatment (NO₂-N/NO₃-N removal)
• Upgrade conventional activated sludge systems by incorporating bio-media

Engineering and Design Services

MBBR technology, IFAS technology or upgrated A2O...Engineering and Design Services are at the forefront of creating advanced wastewater treatment solutions tailored to meet diverse environmental and regulatory requirements. Our specialized team combines innovation with practical design, focusing on developing efficient, cost effective systems for a wide range of wastewater treatment needs.

Why Choose Us?

• High treatment efficiency:
HINKTON MBBR system can achieve high levels of BOD, COD, nitrogen, and phosphorus removal, even at high loading rates or with industrial various pollutants.
• Significant cost of ownership benefits:
lower media volume required for equivalent treatment performance.
• Low energy consumption:
high efficiency aeration system and optimal fluidization performance of Flubca media
• Easy operation and maintenance:
HINKTON MBBR system are relatively easy to operate and maintain
• Custom-built:
Our MBBR systems are guaranteed to meet your specifications