Integrated Sewage Treatment System Manufacturer
An integrated experimental wastewater pretreatment system includes an acid-base neutralization tank, a coagulation tank, a sedimentation and separation tank, and an oxidation pretreatment tank, connected sequentially from front to back. The acid-base neutralization tank and coagulation tank are equipped with mixing paddles, the sedimentation and separation tank is fitted with inclined tube packing, the top of the oxidation pretreatment tank is equipped with an ozone tail gas collection and treatment device, and the bottom of the oxidation pretreatment tank is fitted with an ozone aeration unit. The bottom of the acid-base neutralization tank, coagulation tank, sedimentation and separation tank, and oxidation pretreatment tank are each provided with mud discharge and venting openings.
Principles of integrated wastewater treatment equipment design:
Comply strictly with the current national environmental protection technical standards and regulations, adhere to the relevant laws, regulations, and emission standards as well as design specifications of both national and local environmental protection departments.
2. Employ advanced, reasonable, and reliable processing techniques, ensuring compliance with emission standards while achieving ease of operation, convenient management, minimal land use, cost-effective investment, and low operational costs.
3. Avoid reducing secondary pollution during design, ensuring proper final disposal of waste gases and sludge. Improve the hygiene conditions of the operators and adhere to the principles of safe production and clean and civilized production.
4. Enhance the management level of the wastewater treatment plant by focusing on automated control during design, thereby reducing the labor intensity for operators and facilitating centralized management and operation.
5. The process design offers considerable flexibility and adjustability to accommodate changes in water volume and quality. It enhances the system's flexibility, variability, adaptability, and advancement; however, no consideration has been given to emergency discharge measures in case of system accidents.
6. Employ an advanced sludge pre-treatment回流nitrification process to reduce sludge generation; utilize aerobic digestion in the sludge pond to ensure no secondary pollution sources are produced.
7. Adapt to local conditions, arrange rationally, and effectively utilize space and the site.
8. Ventilation of the basement must be considered during design to prevent secondary contamination and ensure the proper operation of mechanical and electrical equipment.
Ensure the treated water quality meets the first-class standard of the Integrated Wastewater Discharge Standard.
Process Features:
1. Utilizes technologies such as neutralization precipitation, chemical oxidation, heavy metal capture, photocatalytic reaction, micro-electrolysis, ozone oxidation, and multi-media filtration to treat various pollutants in wastewater; 2. Equipped with a microcomputer program for real-time monitoring and control of wastewater quality and treatment processes, ensuring round-the-clock automatic operation without the need for constant supervision; 3. Accurately controls dosing with a pH meter and imported metering pumps, featuring level control, medication shortage alarms, and automatic sludge discharge; 4. Features an advanced aeration system for optimal gas-water contact and complete reaction; 5. User-friendly, stable operation, long service life, with low operation and maintenance costs; 6. Requires minimal footprint, suitable for installation indoors or outdoors as needed; 7. Customizable to meet specific customer requirements, with tailored design and manufacturing.
Integrated Sewage Treatment Plant Manufacturer
Application Scope:
Suitable for residential areas, hotels, parks, hospitals, villages, towns, stations, airports, seaport docks, ships, factories, mines, military bases, tourist attractions, scenic areas, schools, highway service areas, villa communities, and more – for the treatment and reuse of domestic wastewater and similar wastewater treatment. For urban apartment buildings, shopping centers, hotels, office areas of factories, public buildings, suburbs, golf country clubs, military bases. Treatment and reuse of various industrial organic wastewater similar to domestic wastewater, such as aquaculture processing plants, breeding farms, livestock processing plants, fresh milk processing plants, etc. The wastewater treated by this equipment meets national discharge standards. The entire equipment set can be buried underground, and our company can also provide a matching water reuse system according to customer requirements.
