Versatile Application for Complex Waste Streams
Eliminates Level NUTS Stratification
Enhanced Anaerobic Efficiency via Dynamic Circulation
Energy-Efficient Mixing Performance
1. Overview
The mixer suitable for urban sewage, sludge nitrification, aquaculture waste, food waste and other life, production of organic wastewater waste anaerobic reactor mixing.It can play to get rid of the level NUTS, reducing the material of the reaction tank liquid stratification, and to promote the circulation flow in the reaction tank by mechanical stiring, to effectively improve the efficiency of anaerobic.
3.Applications
● Municipal Wastewater Treatment Plants：
For urban domestic sewage with high-concentration organic matter (COD >3000 mg/L) in anaerobic digestion units, enhancing mixing efficiency to boost biogas production.
● Industrial Organic Wastewater Treatment：
Suitable for high-viscosity, high-suspended solids (SS) wastewater from food processing, pharmaceutical, and chemical industries, preventing sedimentation and blockage in reactors.
● Aquaculture & Manure Waste Treatment：
Rapid degradation of organic matter (BOD5 >2000 mg/L) in aquaculture biogas slurry, eliminating ammonia nitrogen accumulation caused by stratification.
● Biogas Project Upgrades：
Compatible with CSTR/EGSB/UASB reactors, improving methanogen activity through dynamic circulation. Daily treatment capacity per reactor reaches up to 500 tons.
3.Product Features
● Versatile Application for Complex Waste Streams：
Designed for diverse organic wastewater treatment scenarios including urban sewage, sludge nitrification, aquaculture/food waste processing, and industrial organic effluents.
● Eliminates Level NUTS Stratification：
Advanced mechanical stirring breaks through density gradients, preventing phase separation (NUTS stratification*) in reaction tanks and ensuring uniform substrate distribution.
● Enhanced Anaerobic Efficiency via Dynamic Circulation：
Proprietary impeller design generates turbulent flow (Re > 10⁴) to accelerate organic matter degradation, achieving ≥30% higher biogas yield compared to conventional mixers.
● Energy-Efficient Mixing Performance：
Low-speed high-torque motor (0.75-2.2kW) reduces power consumption by 40% while maintaining optimal mixing efficiency (power input <3 W/m³), ideal for continuous operation.
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