Baolv Pure Solar Integrated Wastewater Treatment Equipment

Baolv Pure Solar Integrated Wastewater Treatment Equipment

1. Addressing the issues of wiring and electricity usage in rural sewage treatment, particularly in traditional complementary schemes such as electricity compensation;

2. Solving the problem of small and dirty rural sewage, scattered and complex terrain, poor construction environment, and long project cycle;

3. Based on the actual situation of rural sewage, the fusion multi-stage aerobic+micro air flotation process (SAOF) is developed with targeted development, and solar energy technology is deeply optimized to achieve stable operation (taking Hefei as an example, 360 days or more of daily work are basically achieved for 365 days a year).
Baolv Pure Solar Integrated Wastewater Treatment Equipment：A sewage lifting pump equipment that meets the requirements of small and medium-sized sewage treatment environments, with energy-saving, variable frequency and high efficiency; Double layered protective measures.

Ground based integrated sewage treatment equipment utilizes honeycomb structure: green energy: honeycomb structure, balancing the beauty and practicality of mechanics; Solar energy is a green and clean energy source, making technology accessible to everyone.

*High pressure aerator fan:Solar powered aerator fan, high wind pressure, low working noise up to 43 decibels, especially suitable for use in residential areas or rural areas near sewage treatment equipment.

The solar photovoltaic bracket adopts a 360 ° rotation function:The solar control adopts a power rebalancing system, and the photovoltaic bracket adopts 360 degree adjustment according to the usage environment, meeting 99% of the usage conditions.

Intelligent wireless remote platform:Remote configuration management and efficient control of shard networking through the APP.

Micro air flotation generator:Breaking through the problems of high power and low-frequency noise in traditional air flotation equipment, and efficiently removing phosphorus and reducing SS indicators.

Principles for maintenance of solar powered sewage treatment equipment:

Pay equal attention to maintenance and scheduled repairs, with a focus on prevention. Adhering to good maintenance can reduce the degree of equipment wear and tear; Timely maintenance can prevent minor issues from escalating into major problems.

Adhere to the principle of maintenance before production. Production requires good equipment, so maintenance is indispensable. We cannot make the repaired equipment run with problems in order to meet production tasks, which may cause serious damage or accidents and result in greater losses to production.

The organization of maintenance work for solar sewage treatment equipment should mainly focus on the following aspects in order to do a good job in equipment maintenance.

1. Establish a functional department for equipment management and clarify the responsibility system.

2. Establish a professional maintenance team.

3. Develop equipment maintenance and repair plans.

4. Record and archive the trial operation, testing, and maintenance of equipment, handle equipment failures and accidents, and analyze and organize the recorded data.

5. Train employees on the safe operation of good equipment and mobilize all staff to participate in equipment management work.

6. Equipment management and maintenance personnel should implement an economic responsibility system and establish assessment indicators for equipment management and maintenance. Such as the actual operation rate, integrity rate, failure downtime rate, average maintenance time, maintenance cost, etc. of the equipment.

Based on the specific analysis of the water quality and quantity characteristics of rural village and town sewage, the economic and technological comparison of treatment processes, and the requirements of discharge standards, this design has the following characteristics:

(1) The discharge of sewage in this village has a certain degree of intermittency, and the water quality and quantity are unstable, requiring certain adjustment and stabilization measures.

(2) The sewage treatment process must be stable and reliable, with good treatment effect, reasonable operating costs, convenient management and maintenance, and reduce the impact of human factors on the treatment effect.

(3) At the sewage discharge points of each household in the village, it is advisable to concentrate the treatment of sewage as much as possible to improve efficiency, avoid scattered treatment, increase costs and operational management expenses. If there is a significant increase in investment in the pipeline network, treatment points can be appropriately increased.

The discharged sewage contains a high concentration of organic matter and suspended solids, with a B/C ratio of 0.30-0.50. It has good biodegradability and high effluent quality requirements in this project.