China
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Catalytic oxidation equipment
- Micro-lectrolysis Catalytic Oxidation Reactor
- Ozone Catalytic Oxidation Reactor
- Ozone High-efficiency Micro-nano Gas Dissolver
- Ozone Tail Gas Destroyer
- Titanium-iridium-ruthenium Electrode Plate Series Electrocatalytic Oxidation Equipment
- Precious Metal Alloy Series Electrocatalytic Oxidation Equipment
- BDD Diamond Series Electrocatalytic Oxidation Equipment
- Multiphase Catalytic Fenton Reactor
- Photocatalytic Oxidation Reactor
- Microchannel Multi-component Catalytic Oxidation Reactor
- Disinfection and sterilization equipment
- Brine desalination and concentration
- Intelligent control system
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Related supporting equipment
- Micro-Nano Bubble Air Flotation Machine
- High-efficiency Anaerobic Reactor
- High-density Sedimentation Tank
- Soid-liquid Separator
- Fluoride Removal Integrated System
- MBR Membrane Bioreactor
- Integrated Treatment Equipment for Domestic Sewage
- High-efficiency Evaporator
- AO Biological Reaction Device
- Low-temperature Desalination Unit
- Liquid Membrane Extraction Equipment
- Grille Machine
0102030405
Integrated Treatment Equipment for Domestic Sewage
Advantage
1: Optimized Aeration System for Energy Efficiency: A targeted mathematical model-based control system for precise aeration has been developed. This system dynamically adjusts the aeration rate in real-time, aligning with the needs for microbial carbonization and nitrification. Compared to traditional methods relying on manual experience, this precise aeration system reduces the monthly power consumption per ton of water by more than 5%.
2: Carbon Source-Free Autotrophic Nitrogen Removal: The use of autotrophic catalytic biofilter membranes achieves nitrate nitrogen removal without the need for additional carbon sources. Microbial communities utilize the LAT-TBR nitrogen removal filter membrane as an electron donor, breaking down nitrogen salts in wastewater, thereby reducing the total nitrogen in wastewater at a lower treatment cost.
3: Microbial Immobilization Rate of 90%: The LAT-TBR biomass filter membrane, which integrates sludge and membrane symbiosis, significantly enhances the system's ability to withstand load shocks. It features resistance to low temperatures, impact, and starvation.
4: Lower Activated Sludge Production: By controlling operational parameters and extending sludge age, endogenous respiration of activated sludge is promoted, increasing endogenous digestion and reducing sludge production.
5: Multi-Scenario Automatic Operation: The intelligent monitoring system developed by Longantai enables settings for normal mode, water shortage mode, drought mode, and monitoring for abnormal overflow, drastically reducing inspection frequency and operational maintenance costs."
Application of Integrated Treatment Equipment for Domestic Sewage
Township, Community, and Rural Centralized Sewage Treatment Stations
