Design Principles for Isolation Hotel Wastewater Treatment Equipment

Comply strictly with national and local environmental protection laws, regulations, and technical policies to ensure that all effluent indicators meet emission requirements.

2. Based on actual engineering, select processing techniques to ensure long-term stable operation of facilities and meet emission standards.

3. Collect and process different wastewater based on varying requirements.

4. Utilizing advanced, mature, and reliable wastewater treatment technology, it efficiently removes BOD5, SS, CODCr, NH3-N, color intensity, pathogenic bacteria, and more. Ensures that construction investment and water treatment operation costs achieve the desired effect, i.e., optimizing treatment processes, simplifying equipment configuration, reducing operation costs, and saving on investment.

5. The wastewater treatment facility offers great flexibility and adjustment capabilities during operation, adapting to changes in water quality and quantity, and possesses strong resistance to shock loads.

6. Simple, safe, and efficient operation with "centralized PLC control," enhancing automation and reducing manual labor, ensuring long-term stable operation of the wastewater treatment facilities.

7. Implement comprehensive treatment of waste gas and sludge to prevent secondary pollution: The design fully considers vibration reduction, noise reduction, and odor control measures for the wastewater treatment system; avoid potential civil disputes.

8. Suitable for underground burial, saving land, beautifying the environment, and striving for harmony with the hospital's surroundings.

Raw water, after being intercepted by格栅 to remove large floating particles and suspended solids, enters the equalization pond, maintaining water quality and quantity balance. After retaining hair and other long fiber materials, the raw water is lifted by the raw water booster pump to the MBR pond. In the MBR pond, various pollutants in the wastewater are effectively removed after being degraded or transformed by microorganisms, and the treated water is obtained through membrane filtration. The disinfected water is then stored in an intermediate water tank, and the recycled water is supplied to the points of use by a variable-frequency water supply pump. The application of the MBR integrated system in hotel wastewater treatment has the following advantages:

The MBR integrated equipment boasts compact structure, attractive appearance, small land occupation, low operating costs, stability, reliability, high level of automation, and convenient maintenance and operation.

2. The effluent quality from the MBR integrated equipment for hotel domestic wastewater treatment is superior to the "Urban Sewage Treatment Plant Emission Standard" (GB18918-2002).

3. The MBR integrated equipment boasts all the advantages of the membrane bioreactor in wastewater treatment and reuse.

4. The MBR integrated equipment boasts superior effluent quality, low operation costs, strong shock resistance, minimal sludge production, and high automation levels.

Characteristics of epidemic hotel isolation area sewage treatment equipment:

1. Can be installed on the ground or buried underground; the ground can serve as a green belt or other land use.

2. Fully automatic control, saving labor.

3. Low operation noise, no impact on the surrounding environment.

4. The container is made of carbon steel, with both interior and exterior coated with epoxy asphalt for corrosion resistance, boasting a lifespan of over 15 years.