3T/H Integrated Biological Treatment Equipment 200V-400V For Food Wastewater

Integrated Food Wastewater Treatment Equipment: Used for the treatment of wastewater from food, fruits and vegetables, dairy products, grain processing and brewing industries.

Quick Details

Against the macro backdrop where the global food industry is confronted with increasingly stringent environmental compliance pressures and the transition toward sustainable development, efficient, stable, and economically viable wastewater treatment technologies have become critical infrastructure for safeguarding the continuity of enterprise operations and enhancing Environmental, Social, and Governance (ESG) performance. Our integrated biological treatment system for food industry wastewater is an intensive and intelligent engineering solution specifically developed to address the characteristics of high-concentration organic wastewater, aiming to provide global customers with a technology option that complies with mainstream international environmental standards and features optimized life-cycle costs.

With proven and reliable high-efficiency biological treatment processes as the core (such as modified Anaerobic-Anoxic-Oxic (A²/O), Sequencing Batch Reactor (SBR), or Moving Bed Biofilm Reactor (MBBR)), the system integrates intelligent pretreatment and advanced treatment units to form a highly integrated standardized treatment module. Its design principle is based on in-depth research into the water quality characteristics of food wastewater (covering dairy products, beverage brewing, meat processing, fruit and vegetable intensive processing, and other fields). By optimizing and regulating the microbial metabolic processes of anaerobic acidification and aerobic oxidation, the system achieves efficient and stable removal of core pollution indicators such as Chemical Oxygen Demand (COD), 5-Day Biochemical Oxygen Demand (BOD₅), ammonia nitrogen, and total nitrogen. The final effluent quality can flexibly meet diverse standards such as direct discharge, municipal pipe network acceptance, or specific process reuse, in accordance with the regulatory requirements of the customer's location.

Compared with traditional decentralized wastewater treatment projects, this integrated solution demonstrates the following significant technical and economic advantages:

1.     Superior Process Efficiency and Operational Stability: The system is equipped with an adaptive intelligent control system that can real-time monitor and adjust key parameters such as dissolved oxygen, sludge concentration, and hydraulic retention time. This ensures that the activity of microbial communities and treatment effectiveness remain stable even when the influent load fluctuates, thus guaranteeing long-term stable up-to-standard effluent discharge.

2.     Significant Land Saving and Engineering Simplification: Adopting factory-prefabricated modular design, it greatly reduces on-site civil construction work and floor area. The equipment can be rapidly deployed in limited spaces, significantly shortening the project construction cycle and effectively reducing the risk of budget overruns caused by engineering complexity.

3.     Optimized Life-Cycle Costs: The highly automated design significantly lowers the reliance on professional manpower for daily operation and maintenance. Through strategies such as precise aeration control and utilization of endogenous carbon sources, the system achieves energy conservation and consumption reduction, and its operating costs and long-term maintenance costs hold significant competitive advantages.

4.     Flexible Scalability and Adaptability: The standardized unit module design supports linear expansion of treatment capacity, enabling convenient adaptation to the increased wastewater demand brought by customers' future production capacity expansion, and reserving environmental protection capacity for the long-term development of enterprises.

We are committed to going beyond simple equipment supply and providing customers with comprehensive technical services ranging from initial water quality diagnosis, process scheme design, localized compliance consulting, remote intelligent operation and maintenance support to personnel training. Choosing this integrated biological treatment system means choosing an engineering-proven reliable technology, a partner dedicated to reducing environmental risks and operational costs, and a strategic asset that can strengthen the enterprise's green supply chain image and enhance international market competitiveness.

We are always ready to provide detailed technical feasibility analysis and customized solutions based on your specific product categories, production capacity planning, and the regulatory framework of your target market.

Technical Specifications of 3 T/h Integrated Biological Treatment Equipment for Food Wastewater

Application Scope:

 Wastewater from meat and aquatic product processing, fruit and vegetable processing and beverage manufacturing, dairy product processing, grain processing and oil manufacturing, etc.

Flow Chart of Integrated Biological Treatment System for Food Wastewater

(Customized treatment process according to different working environments, water quality and treatment requirements)

Food Processing Wastewater

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Pretreatment (Grille/Screen, Oil Separation/Dissolved Air Flotation Unit, etc.)

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Biological Treatment Section (Anaerobic Tank, Hydrolysis Acidification Tank, Aerobic Biological Treatment Unit, etc.)

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Sludge-Water Separation (Sedimentation Tank, MBR, Filter Press, etc.)

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Advanced Treatment and Disinfection Section

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Discharge