Leading Wastewater Technology Empowers Brewery Wastewater Treatment Project, Building a Green Future

With the flourishing growth of the brewing industry, the treatment of brewery wastewater has become a crucial aspect to ensure environmental sustainability. Brewery wastewater typically contains high concentrations of organic substances, suspended solids, and other pollutants. Therefore, an effective wastewater treatment project is essential for reducing adverse impacts on the natural environment. The process of brewery wastewater treatment is a complex one, requiring a comprehensive consideration of wastewater characteristics and treatment outcomes. Here is a common brewery wastewater treatment process:

Wastewater Collection:

Wastewater generated during the brewing process is initially collected to ensure the entire treatment system effectively manages all discharged wastewater.

Preliminary Treatment:

Grille Filtration: Wastewater undergoes grille filtration to remove large suspended solids and solids, preventing damage to subsequent equipment.
Sedimentation Tank: Wastewater enters a sedimentation tank, allowing suspended particles to settle, further reducing the suspended solids content.

Biological Treatment:

Activated Sludge Process: Wastewater flows into the biological treatment system, introducing activated sludge microorganisms for aerobic degradation of organic substances.
Aeration Tank: Provides sufficient oxygen for microorganisms, promoting the biological degradation process.

Secondary Treatment (Physical-Chemical Treatment):

Aeration-Clarification Tank: Combines aeration and clarification to further remove suspended solids and biological sludge.
Membrane Bioreactor (MBR): Utilizes membrane filtration technology to effectively separate biological sludge, enhancing water treatment efficiency.
Activated Carbon Adsorption: Utilizes activated carbon adsorption technology to remove residual organic matter and color.
pH Adjustment: Adjusts the pH value based on wastewater characteristics to enhance subsequent treatment effects.

Advanced Oxidation Technology:

UV Disinfection: Uses ultraviolet radiation to disinfect the treated water, ensuring compliance with environmental standards.

Water Quality Monitoring and Control:

Establishes monitoring points at each treatment stage to track key parameters, ensuring system stability.
Implements an automatic control system to adjust treatment parameters in real-time to accommodate variations in water quality and flow.

Reuse and Resource Recovery:

Reuses treated water in the brewing process through appropriate treatment, transforming it into reusable water resources, achieving resource recycling.

Waste Handling:

Treats generated sludge through methods like dewatering and drying, reducing waste volume for convenient disposal.

Environmental Monitoring and Compliance:

Establishes an environmental monitoring system to ensure that the wastewater treatment process complies with local and national regulations and environmental standards.

Zhongzhong Technology, with a focus on wastewater treatment technology and equipment, continues to innovate in research and development. The company has mastered several core technologies and processes in industrial wastewater treatment, possessing strong advantages in projects, technology, and services. The company integrates wastewater treatment with enterprise production, using optimal technological solutions to improve the effectiveness and operational benefits of wastewater treatment, providing comprehensive solutions for industries such as pharmaceuticals and brewing.

IC Reactor:
In the anaerobic process section of pharmaceutical and brewing wastewater treatment, the IC process (Internal Circulation Anaerobic Reactor) is commonly employed. The IC reactor is a new generation high-efficiency anaerobic reactor composed of a mixing zone, the first anaerobic zone, the second anaerobic zone, precipitation zone, and gas-liquid separation zone, making it the most efficient anaerobic reactor for wastewater treatment.

Zhongzhong Technology, a comprehensive high-tech enterprise specializing in the research, development, manufacturing, and sales of enamel-assembled tanks and diversified environmental protection equipment, has been actively responding to market and policy changes. With rich experience and strong R&D capabilities, the company innovatively applies enamel-assembled tank research and development technology to empower the intelligent manufacturing of diversified environmental protection equipment and environmental protection EPC projects. The company's business now spans various areas, including kitchen waste, leachate, municipal sewage, biogas projects, breeding wastewater, industrial wastewater, drinking water, and fire-fighting water. Moving forward, Zhongzhong Technology aims to promote its R&D achievements in more projects, striving to achieve a win-win situation for economic benefits, environmental benefits, and social benefits, thereby driving the high-quality development of the environmental protection industry.