一、Product Introduction
The Haipuou Environmental Protection Fenton Catalytic Oxidation Reactor is specialized advanced oxidation equipment designed for the treatment of highly complex organic wastewater that is resistant to conventional biological degradation. Based on the proven principles of the Fenton catalytic oxidation process, it effectively resolves treatment challenges that traditional biochemical or standard chemical oxidation methods cannot fully address, serving as core equipment for the upgrading and advanced treatment of industrial wastewater. The system integrates intelligent decanting, catalytic oxidation, and nitrogen removal; it allows for adjustable decanting depths and precise control of effluent volume based on actual operating conditions, thereby accommodating diverse water quality and flow rate requirements.
The system features a high degree of automation, stable operation, and a low failure rate, while supporting centralized intelligent management. It efficiently breaks down stubborn organic pollutants and targets wastewater that is difficult to degrade via conventional methods, making it particularly suitable for the advanced treatment of challenging effluents such as landfill leachate. With a modular, integrated design, the unit is portable, easy to assemble and disassemble, and simple to install—eliminating the need for complex construction blueprints. It balances treatment performance, construction efficiency, and operational cost-effectiveness, making it widely applicable to municipal sewage and industrial wastewater treatment projects across various sectors.
二、Product Advantages
1. Mature, stable process with strong compliance capabilities
The equipment utilizes the industry-proven Fenton catalytic oxidation technology. Validated through extensive engineering practice, the process system is robust and delivers consistent treatment results. It fully meets current standards and regulations for wastewater discharge, making it suitable for various wastewater quality upgrade projects and ensuring effluent compliance.
2. High efficiency nitrogen and pollutant removal with superior purification performance
A core advantage is its high-efficiency nitrogen removal capability; it rapidly degrades excessive ammonia nitrogen and total nitrogen while powerfully breaking down refractory organic impurities. It effectively addresses industry challenges such as excessive nitrogen levels and difficult-to-remove COD in industrial wastewater, delivering deep purification that far surpasses conventional treatment equipment.
3. Lower investment and cost-effective, energy-efficient operation
The equipment features a compact, modular design with a small footprint, eliminating the need for extensive civil engineering and significantly reducing infrastructure investment costs. It operates with low energy consumption and high chemical utilization efficiency—minimizing energy waste and consumable loss—resulting in low long-term operating costs and exceptional overall cost-performance value.
4. Convenient construction and rapid deployment
Featuring standardized, modular, and ready-to-use equipment with a uniform structure and simple installation, the system eliminates the need for complex, specialized construction design. On-site connection, installation, and commissioning are streamlined, significantly shortening the project timeline and enabling rapid achievement of compliance-standard wastewater treatment.
5. Intelligent O&M for simple, worry-free management
Equipped with a fully automated intelligent control system, the unit allows for precise, on-demand adjustment of decanting depth and effluent flow rates. It supports centralized management and boasts an extremely low operational failure rate. Routine maintenance is simple and low-effort, requiring no dedicated personnel for constant monitoring, thereby drastically reducing O&M complexity and labor costs.
6. Relocatable and highly adaptable
The equipment supports complete disassembly and hoisting for transport, allowing for flexible relocation and reuse based on project needs such as site relocation, retrofitting, or capacity expansion. Not restricted to a fixed location, it is suitable for diverse scenarios—including temporary wastewater treatment, facility upgrades, and phased construction—offering a high rate of equipment reuse.
7. Excellent decanting performance and stable effluent quality
Featuring a proprietary adjustable decanting system, the unit allows for flexible adjustment of decanting depth based on actual operating conditions, ensuring precise control over effluent volume and discharge pacing. The effluent output is uniform, stable, and free from turbulence, effectively ensuring the smooth operation of the entire wastewater treatment system and making it ideal for continuous treatment processes.
三、Scope of Application
The Haipuou Fenton catalytic oxidation reactor offers robust purification capabilities and broad operational adaptability. It is specifically designed to tackle challenging organic wastewaters—including those that are biologically recalcitrant or chemically difficult to treat—and is widely used in municipal and industrial wastewater treatment projects. Key application scenarios include:
1. Treatment of recalcitrant industrial wastewater: Specifically designed for the advanced purification of stubborn organic wastewaters—such as those from printing and dyeing, oil-bearing processes, phenolic sources, coking, nitrobenzene, and diphenylamine production—effectively resolving issues where conventional equipment fails to achieve thorough treatment or meet discharge standards.
2. Advanced treatment of landfill leachate: Capable of achieving deep degradation and purification of landfill leachate characterized by complex composition, high pollutant concentrations, and extremely poor biodegradability; it serves as specialized core equipment for leachate treatment at landfills and waste-to-energy plants.
3. Municipal wastewater treatment projects: Suitable for new construction and capacity/standard upgrades at municipal and township wastewater treatment plants, efficiently removing ammonia nitrogen, total nitrogen, and COD to ensure stable compliance with discharge standards.
4. Multi-industry industrial wastewater treatment: Widely applicable to the treatment of production and mixed wastewater across various sectors—including papermaking, brewing, leather tanning, pharmaceuticals, food processing, and waste management—meeting the compliance needs of small and medium-sized industrial enterprises.
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