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Product Description
Intelligent Sewage Treatment Tank
The sewage treatment tank is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and features high integration.
Constructed from SMC material, this tank is designed for high-efficiency nitrogen and phosphorus removal, making it ideal for domestic wastewater treatment.
It offers a low-cost, energy-efficient solution that is easy to maintain, corrosion-resistant, and boasts a long service life.
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Cost Effective: Low initial investment with short construction periods and minimal daily operation costs.
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Energy Saving: Designed for low power consumption to reduce environmental impact and overhead.
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Durable Material: Uses SMC mold casting for stable, reliable quality and corrosion resistance.
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IoT Integration: Features Internet of Things technology for remote mobile management and reduced labor.
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Low Sludge: Optimized biological processes result in low sludge production.
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Long Life: Robust engineering ensures a service life of more than 30 years.
Frequently Asked Questions
What materials are used for the sewage treatment tank?
The tank is made of high-quality SMC (Sheet Molding Compound) material, which provides excellent corrosion resistance, high strength, and a service life exceeding 30 years.
How does the IoT remote management system work?
The system integrates Internet of Things technology, allowing operators to monitor and manage the treatment process remotely via mobile devices, significantly reducing labor costs.
What is the daily productivity of these systems?
We offer various models with productivity ranging from 0.5 m³/day (500 liters) up to 20 m³/day (20,000 liters) to meet different domestic and industrial needs.
Is the treated water safe for the environment?
Yes, the system utilizes Anoxic/Oxic and MBR technologies specifically designed for high-efficiency nitrogen and phosphorus removal, ensuring eco-friendly output.
What is the power consumption of the treatment unit?
Our units are highly energy-efficient, with power requirements as low as 38W for small models and up to 350W for the largest 20m³/day systems.
What maintenance is required for the system?
Due to the advanced biological treatment and MBR technology, sludge production is low, making the system very easy to maintain with minimal manual intervention.