10 Ton Modular Wastewater Treatment Plant Automation Control For Communities

Pure solar integrated domestic sewage treatment equipment is an advanced equipment integrating solar power generation technology and sewage treatment technology, mainly using solar energy as power source, no additional consumption of fossil energy, with significant energy-saving and environmental protection advantages ‌‌.
Working principle
The pure solar integrated domestic sewage treatment equipment converts sunlight into electrical energy through solar photovoltaic panels. This electrical energy is used to drive operations such as aeration and stirring in the sewage treatment process. Specifically, the equipment includes key components such as solar photovoltaic panels, battery packs, aeration systems, reflux systems, microcomputer control systems, and remote communication systems. The electricity generated by the solar photovoltaic panels is stored in the battery, which is used to drive the various parts of the sewage treatment system to achieve automatic control ‌.
Applicable scenarios
1. Remote area ‌ : Utilizing the abundant local solar energy resources to provide power support for sewage treatment.
2. Tourist attractions ‌ : Effectively treat domestic sewage without destroying the natural landscape, protect the environment.
3. Rural and small towns ‌ : Easy to operate, low maintenance cost, suitable for sewage treatment needs in rural areas.
4. Temporary Site ‌ : Portability and flexibility enable rapid deployment to meet temporary sewage treatment needs.
5. Special environments ‌ : Operate stably in remote or special environments without being restricted by external power supply ‌.
Performance characteristics
Environmental friendliness
Green energy: The pure solar integrated sewage treatment equipment uses solar energy as the power source and does not consume other energy sources, thereby reducing the emission of carbon dioxide and other harmful substances and being environmentally friendly.
Reducing carbon emissions: As the equipment operates entirely on solar energy, it avoids the carbon emissions caused by the use of fossil fuels in traditional sewage treatment methods, which helps to mitigate global climate change.
Energy efficiency
Self-sufficiency: The equipment converts solar energy into electricity through solar photovoltaic panels, generating electricity during the day and storing it at night, achieving energy self-sufficiency and reducing operating costs.
Efficient utilization: Solar energy is an inexhaustible and clean energy source. Equipment can efficiently utilize solar energy resources, thereby enhancing energy utilization efficiency.
Flexibility
Compact size: Pure solar integrated sewage treatment equipment usually has a small volume, which is convenient for installation and relocation, and is suitable for sewage treatment needs under various environmental conditions.
Intelligentization
Automation control: The equipment is equipped with a microcomputer control system and a remote communication system, which can monitor and adjust the working status of each processing unit in real time, achieving automation control.
Remote monitoring: Through the remote online monitoring system, users can understand the operating status of the equipment anytime and anywhere, promptly identify and solve problems, and enhance the reliability and stability of the equipment.
Good processing effect
Efficient degradation: The photocatalytic oxidation unit in the equipment can efficiently degrade organic pollutants in the wastewater, such as ammonia nitrogen, nitrobenzene, phenols, etc.
Nitrogen and phosphorus removal: The biological treatment unit and advanced filtration unit in the equipment can further remove nutrients such as nitrogen and phosphorus, as well as fine impurities like suspended solids and colloidal particles from the wastewater, thereby improving the quality of the effluent.
Easy to maintain
Unattended operation: As the equipment adopts an automated control system and remote monitoring technology, users can ensure the normal operation and maintenance of the equipment without on-site supervision.
Low maintenance cost: The equipment is easy to maintain and has low operating costs, reducing the maintenance costs for users.