Description
Technical Parameters
▬ Main product view
01 Why Choose Juntai MBBR Biofilter Media
In a moving-bed biofilm reactor, media surface area is treatment capacity - and fouled media quietly halves it. Juntai MBBR carriers pair a patented 1,200 m²/m³ geometry with an anti-fouling coating, so biomass stays active and the media keeps working for 15+ years.
|
1,200
m²/m³ Surface Area
Patented biofilm carriers provide extreme protected surface area for optimal microbial growth and high-rate biological treatment.
|
95%+
Pollutant Removal
Adaptive design handles variable loads with ease, consistently removing 95%+ of BOD, COD and nitrogen.
|
50%
Less Biofilm Overgrowth
Anti-fouling coating cuts excessive biofilm growth by 50%, keeping the media open and extending its service life to 15+ years.
|
100%
Recyclable HDPE
UV-, chemical- and abrasion-resistant high-density polyethylene carriers - eco-friendly and fully recyclable to support sustainability goals.
|
02 Technical Specifications
|
▬ Media structure & moving-bed process |
03 MBBR vs Other Biological Processes
Compare attached-growth biological processes on the factors that drive footprint, upgrade ease and performance stability. MBBR with 1,200 m²/m³ media offers a strong balance of capacity, simplicity and resilience.
|
Biological process
|
Biomass & surface area
|
Footprint
|
Load resilience
|
Upgrade ease
|
Best suited for
|
|
MBBR (1,200 m²/m³ media)
|
8–12 g/L on protected media
|
Compact
|
High
|
Drop-in media
|
Retrofit & new plants
|
|
Conventional activated sludge
|
Suspended biomass only
|
Large
|
Medium
|
New clarifiers
|
Existing large plants
|
|
Trickling filter
|
Low surface area
|
Medium
|
Low
|
Rebuild media
|
Small communities
|
04 MBBR Process Configurations
Juntai carriers drop into two proven process layouts - an anaerobic–anoxic–oxic train or an oxidation ditch - with smart monitoring to keep the biology stable.
Anaerobic–Anoxic–Oxic (A-A-O) Process
Carriers support the anoxic and oxic stages for nitrogen removal, while the upstream anaerobic stage drives biological phosphorus release - a proven train for municipal BOD, COD and nutrient removal.
Oxidation Ditch–MBBR Process
Adding 1,200 m²/m³ carriers to an oxidation ditch raises capacity and process stability without building new tanks.
Smart Operation & Monitoring
Integrated DO, pH and ORP sensors give continuous process feedback; IoT connectivity enables remote monitoring and predictive maintenance.
AI-Driven Aeration & Mixing
Automated controls adjust aeration and mixing to keep energy use low while maintaining stable biological treatment.
05 Application Scenarios
|
Municipal Wastewater Treatment
High-rate BOD, COD and nitrogen removal in new plants and retrofits - nitrification, denitrification and MBBR upgrade projects.
Industrial Effluent
Stable biological treatment for food, beverage, textile, pulp and chemical wastewater with variable organic loading.
Aquaculture & RAS
Biofiltration for recirculating aquaculture systems (RAS) - nitrification keeps ammonia and nitrite safe for stock.
Decentralized & STP Upgrades
Drop-in media for existing activated sludge and lagoon plants to raise capacity without building new tanks.
|
▬ Typical field application |
06 From Our Factory
▬ Production line
