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Waste water treatment plant for hospital

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  • Shipping Timeframes: All orders are processed within 2-5 business days (excluding weekends and holidays). After your order has been processed, the estimated delivery time is before 04 Feb, 2026, depending on customs, Please note that due to high demand, some items may experience longer shipping times, which will be communicated at order confirmation email.
  • Order Processing Time: Please allow 2-5 business days for us to process your order before it is shipped . Orders placed after 16:00 on Fridays, or during weekends and public holidays, will begin processing on the next business day. Processing times may be extended during peak seasons or sales events.
  • Manufacturing Time: Some products needs manufacturing time, the manufacturing process will take approximately 10-30 business days depending on the product. This timeframe may vary depending on the complexity of the product and current demand. but this will be communicated with you during order confirmation.
  • Returns and Exchanges: We offer a 30-day return policy for most items. If you are not completely satisfied with your purchase, you may return it within 30 days of receipt for a refund or exchange. Items must be unused, in their original packaging, and accompanied by proof of purchase. Return shipping costs are the responsibility of the customer, unless the item was damaged or defective upon arrival.
1. What is a waste water treatment plant for a hospital?

A waste water treatment plant for a hospital is an advanced system designed to treat sewage and waste water generated by hospital facilities, utilizing a combination of membrane separation technology and biological treatment to produce high-quality, reusable water.

2. How does the waste water treatment process work?

The process involves several steps: sewage flows through a grille, then to a regulating pond, followed by a Membrane Bioreactor (MBR), and finally the treated water is discharged for reuse.

3. What are the main features of this waste water treatment plant?

Key features include high-efficiency solid-liquid separation, compact structure, strong interception function of the membrane, low energy consumption, and reduced sludge treatment costs.

4. What is the operating temperature range for the system?

The system operates effectively within a temperature range of 5℃ to 45℃.

5. What is the maximum operating negative pressure for the membrane?

The maximum operating negative pressure for the membrane is -0.06 MPa.

6. How much space does the waste water treatment plant require?

The system saves up to 50% of the space compared to traditional waste water treatment systems due to its compact design.

7. What is the lifespan of the membrane after installation?

The lifespan of the membrane after installation is approximately 3 to 5 years.

8. Can the treated water be reused directly?

Yes, the treated water can be reused without the need for third-level treatment, thanks to its high quality and stability.

9. What materials are used in the construction of the system?

The system is primarily constructed from stainless steel and features a reinforced PVDF membrane for durability.

10. What is the recommended backwash flow for the membrane?

The recommended backwash flow for the membrane is between 30 to 80 L/m².h.

11. How does this system compare to traditional treatment methods?

This system combines membrane technology with biological treatment, allowing for better solid-liquid separation, reduced sludge volume, and lower operational costs compared to traditional methods.

12. What kind of maintenance is required for the system?

The system requires simple maintenance, including periodic cleaning of the membrane, which can be done easily as the membrane modules can be separately cleaned.

13. Is the system automated?

Yes, the waste water treatment plant features high automation, allowing for simple operation and monitoring.

14. What is the outlet water quality of the system?

The outlet water quality is very high, with turbidity levels less than 1 NTU and suspended solids (SS) less than 1 mg/L.

15. How does this system help reduce operational costs?

The system reduces operational costs by minimizing energy consumption, decreasing sludge residue, and extending the cleaning intervals for the membranes.

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