Wastewater Recycling Systems
Wastewater recycling is the process of extracting clean water from industrial and municipal sewage. Our core products are various wastewater recycling systems that use a series of advanced technologies to achieve water resource reuse. The reclaimed water can be used for in-plant circulation for processes like cooling tower make-up water and boiler blowdown, or sold to third parties for purposes like irrigation.
Features of Our Wastewater Recycling system
Diverse Treatment Processes
Our systems can employ a combination of technologies, including physical methods (such as sedimentation, filtration, and air flotation), chemical methods (such as coagulation, neutralization, and redox), and biological methods (such as aerobic and anaerobic biological treatment).
High-Precision Membrane Separation
For industries with extremely high water quality requirements, our systems utilize membrane separation technology like reverse osmosis and ultrafiltration to effectively remove impurities, salts, bacteria, and viruses.
Integrated Design
Our integrated wastewater recycling equipment combines multiple treatment processes into a single unit, which saves space and is easy to operate, making it ideal for smaller factories or space-constrained areas.
High Automation and Monitoring
The systems have a high degree of automation. Some high-end systems can be equipped with online monitoring instruments for real-time tracking of water quality parameters, ensuring stable operation.
Advantages
- High Water Reclamation Rate: Advanced systems can achieve a reclamation rate of over 90%. Some high-end systems can even achieve a reclamation rate of over 99%, significantly improving water resource utilization efficiency.
- Superior Effluent Quality: After advanced treatment, the effluent quality is far better than relevant standards, with COD able to be reduced to below 50mg/L and BOD to below 10mg/L. This can meet the reuse needs of various scenarios.
- Significant Cost Savings: Our advanced treatment systems focus on energy-saving design, with energy consumption as low as 3-5 kW·h/m³, which greatly reduces operational costs compared to traditional high-energy consumption methods.
- Reduced Environmental Impact: By recycling wastewater, the systems reduce the discharge of industrial and domestic wastewater into the environment, helping to alleviate urban water shortages.
Applications
The highly pure Water for Injection and pure steam generated by our purified water generator are indispensable for various critical processes in the life sciences and pharmaceutical sectors.
Industrial Wastewater Recycling
Our systems are widely used in electroplating, chemical, and electronics industries to recover heavy metals, remove harmful substances, and reuse water in production processes.
Domestic Sewage Recycling
We provide solutions for urban and residential areas, treating sewage to produce reclaimed water that can be used for urban landscaping, road spraying, and toilet flushing.
Agricultural Wastewater Recycling
Our systems are used in livestock farming and for agricultural drainage, converting wastewater into bio-gas slurry or irrigation water, thereby achieving the dual utilization of water and fertilizer resources.
Frequently Asked Questions
Wastewater recycling is the process of extracting clean water from industrial wastewater and sewage. The goal is to achieve water resource reuse, reducing waste and environmental pollution.
Core technologies include physical methods (such as filtration and sedimentation), chemical methods (such as coagulation and redox), and biological methods (such as aerobic and anaerobic biological treatment). High-precision recycling often uses membrane separation technologies like reverse osmosis and ultrafiltration.
Wastewater recycling systems can treat a variety of wastewater types, including industrial wastewater from electroplating, chemical, and electronics industries, as well as domestic sewage and agricultural wastewater from livestock farming.
Effluent water quality is measured by various indicators like COD, BOD, and SS. After advanced treatment, the effluent can meet or exceed relevant industrial water standards and even be reused in production processes.
Our systems prioritize energy-saving design, with energy consumption as low as 3-5 kW·h/m³. This significantly reduces operating costs compared to traditional, high-energy consumption treatment methods.
Wastewater recycling offers multiple benefits to businesses, including savings on water costs, reduced sewage discharge fees, a lower risk of environmental pollution, and an improved image regarding sustainable development.
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