Hydrophilic Polyurethane Biomedia
NovusPore™
Upgrade to NovusPore™ Matrix: The Next-Gen Hydrophilic Bio-media engineered for rapid startup and extreme organic load reduction.
NovusPore™ Bio-Media:
The >5000 m²/m³ Surface Area Revolution
1 m³ NovusPore™= 0.5 Football Fields of Surface Area = 5 m³ of Standard PE Media.
Engineered with a native 3D sponge-like spatial structure, the NovusPore™ PPC bio-carrier delivers a massive specific surface area.
Verified by BET testing to exceed 5,000 m²/m³, this expansive matrix provides maximum attachment points for microorganisms.
The result is a drastically higher active biomass concentration within your reactor, achieving superior treatment efficiency without the risk of clogging.
Engineered as a “Microbial Bunker”
Surface amino and carboxyl groups form strong ionic and covalent bonds with microbes, ensuring ultra-fast colonization and zero biomass washout.
Cultivates a robust, multi-tier biological food chain—from bacteria to rotifers—for comprehensive organic degradation.
Continuous carrier motion via aeration maximizes contact between the active biofilm and targeted pollutants, accelerating the purification process.
Vacuum-Packed Logistics: 500 m³ of HPU Media in a Single 40ft HQ
To minimize your international ocean freight, all NovusPore™ HPU media is shipped using advanced industrial vacuum packaging. This compression technology eliminates dead space entirely. Through precise calculation, a single 40ft HQ container delivers up to 500 cubic meters of biological treatment capacity directly to your project site, drastically lowering your freight cost per cubic meter.
NovusPore™ HPU vs. Traditional Plastic Carriers
| Specs | NovusPore™ HPU | Standard HDPE MBBR |
| Specific Surface Area | >5000 m²/m³ (Ultra-High) | 500 – 800 m²/m³ |
| Logistics & Packing | Vacuum-Packed (500 m³ / 40’HQ) | Loose Bulk (High Freight Cost) |
| Biofilm Startup Time | 3 – 7 Days (Rapid Activation) | 15 – 25+ Days |
| Interconnected Porosity | >98% (Open-Cell Bunker) | N/A (Solid Plastic Surface) |
Active Hydro-Gel: The 1.7x Expansion Advantage
Engineered with a specialized hydrophilic gel, the NovusPore™ HPU matrix rapidly absorbs moisture and expands to 1.7 times its dry volume upon water immersion. This fully hydrated surface creates an ideal micro-environment for rapid microbial attachment and robust biofilm growth.
ENGINEERING INTEGRITY
The Truth About HPU Lifespan: Engineering Over Exaggeration
While the market is flooded with unrealistic zero-maintenance promises, our engineering philosophy is rooted in reality. Under intense biological degradation, structural fatigue is inevitable. Our NovusPore™ HPU matrix guarantees highly efficient operation, but requires strict engineering honesty: after 5 years of stable use, the system requires an annual new media input to maintain peak performance. Predictable OPEX beats unexpected system failures.
> 1.5x Capacity
High Efficiency — Features a massive specific surface area for advanced nitrogen & phosphorus removal. Ensures stable, compliant effluent even under heavy organic shock loads.
>20% Energy Saved
Lower OPEX — Eliminates or drastically reduces the need for costly sludge and mixed liquor return (MLR). High oxygen transfer efficiency noticeably lowers blower power consumption..
>50% Less Sludge
Lower Disposal Costs — Extended Solids Retention Time (SRT) promotes a rich food chain of higher-order microbes, minimizing chemical dosing and excess sludge generation.
>40% TN Removal
Low Carbon Footprint — Leverages simultaneous nitrification and denitrification (SND). Utilizes raw carbon sources and endogenous respiration, turning every carrier into a micro-A²O reactor.
Winter Compliance
Low-Temp Resilience — An ultra-long sludge age enables the sustained retention and breeding of cold-tolerant dominant bacterial strains, securing peak performance in harsh winter conditions.
Sector-Specific Solutions
Up to 20,000 mg/L COD Tolerance
The NovusPore™ matrix facilitates specialized microbial consortia, handling extreme shock loads and salinity up to 8%.
40%-80% Efficiency Boost
Customized bio-augmentation ensures targeted degradation for refractory industrial effluents like TMAH and petroleum wastewater.
60% O&M Cost Reduction
Designed for extreme stability, reducing overall O&M costs by 60%. To maintain peak performance, the system only requires minor annual media top-ups after 5 years of stable use
92%+ Ammonia Removal
Achieves continuous 24-hour high-efficiency nitrification with an ultra-fast 5-7 days biofilm startup period.
80-100 kg/m³ Stocking Density
Maximizes your farm’s capacity while significantly reducing comprehensive energy consumption by 55% compared to traditional filters.
97% Survival Rate
The matrix releases essential trace elements to boost aquatic immunity, reducing disease incidence by 40% for high-value species.
130 m³/d Fresh Food Facility Retrofit
Treated water COD stabilized at <100 mg/L.
$30k USD OPEX Reduction
Achieved a combined reduction in annual operating expenses by cancelling sludge reflux (RAS) and optimizing manpower.
100 Tons Sludge Minimized
Excess biological sludge reduction of ~100 t/year, significantly lowering secondary pollution risks and disposal costs.
Technical FAQs
Clear answers to help you upgrade your biological treatment process with confidence.
Request Your Free Sample & Quote
Want to test the 1.7x instant expansion in your own lab? Fill out the form below for a free physical sample, factory-direct pricing, or a custom media volume calculation for your specific reactor.