Product Description
Intelligent unmanned water treatment plant comprehensive wastewater/sewage treatment equipment
As an important component of infrastructure and a key link in water pollution control, the construction and operation of domestic sewage treatment projects are of great significance. Due to the high cost of construction and operation of sewage treatment projects, as well as the constraints and influences of various factors, the optimization of treatment process schemes is crucial for ensuring the operational performance of sewage treatment stations and reducing costs. Therefore, it is necessary to choose a feasible and economically reasonable scheme based on established standards and general principles, starting from the concept of overall optimization, combined with design scale, sewage quality characteristics, and local actual conditions and requirements.
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Our Advantages
Wastewater hydrolysis acidification biological treatment is a treatment method that utilizes the degradation of anaerobic microorganisms under anaerobic or hypoxic conditions to purify organic matter in wastewater. Under anaerobic conditions, anaerobic bacteria in wastewater decompose organic compounds such as carbohydrates, proteins, and fats into organic acids. Then, under the action of methane bacteria, they further ferment to form methane, carbon dioxide, and hydrogen, thereby purifying the wastewater. After hydrolysis and acidification treatment, the difficult to degrade organic compounds in water can be converted into easily degradable organic compounds in small molecules, thereby improving the treatment efficiency of subsequent aerobic treatment units. The use of hydrolysis acidification process can greatly shorten the time required for aerobic biochemistry; After simultaneous treatment, the effluent quality is better, which not only saves investment and operating costs, but also improves environmental benefits.
The biological contact oxidation method is a traditional biochemical treatment method, in which the biological filler is a semi soft filler on a fixed bed. Using semi soft fillers as attachment carriers for microorganisms. The organisms are evenly distributed on the biological packing, which avoids the phenomenon of uneven distribution of microorganisms. At the same time, the organisms adhere to the surface of the packing and do not flow with water. Due to the strong agitation of the rising airflow, the biofilm is constantly renewed, thereby improving the purification effect. The contact oxidation method has the advantages of short treatment time, small volume, good purification effect, good and stable effluent quality, no need for sludge reflux or expansion, and low power consumption. Its main characteristics are:
(1) High volumetric load and strong resistance to impact load;
(2) Having the advantages of membrane method, with less residual sludge;
(3) It has the advantages of activated sludge process, supplemented by mechanical equipment for oxygen supply, high biological activity, and short sludge age;
(4) Can decompose substances that are difficult to decompose by other biological treatments;
(5) Easy to manage, eliminating drawbacks such as sludge flotation and expansion.
Model |
Processing Capacity (m³/D) |
Dimension (L×W×H)(m) |
Power(Kw) |
Operating Cost(CNY/D) |
Building Area(m2) |
Service Population |
LK-MS-5T |
5 |
2.5×1.5×1.7 |
2.5 |
15.25 |
16 |
50 |
LK-MS-10T |
10 |
3.0×1.5×1.7 |
2.75 |
15.25 |
20 |
100 |
LK-MS-20T |
20 |
4.0×2.0×2.2 |
3.0 |
17.5 |
25 |
200 |
LK-MS-30T |
30 |
5.5×2.0×2.2 |
3.75 |
20.5 |
25 |
300 |
LK-MS-40T |
40 |
6.5×2.0×2.2 |
3.75 |
25.75 |
30 |
400 |
LK-MS-50T |
50 |
8.0×2.0×2.2 |
3.75 |
25.75 |
35 |
500 |
LK-MS-80T |
80 |
10.0×2.2×2.2 |
5.25 |
35.5 |
45 |
800 |
LK-MS-100T |
100 |
11.5×2.2×2.3 |
5.25 |
42.5 |
50 |
1000 |


Due to limited project space, in order to ensure that the effluent meets the standard while reducing the footprint, MBR technology can be used to enhance the biochemical treatment effect and achieve sludge water separation. MBR effluent enters the disinfection tank for disinfection treatment. At present, there are many disinfection methods applied in the field of sewage treatment, such as liquid chlorine method, ozone method, sodium hypochlorite method, and chlorine dioxide method. Although the sodium hypochlorite method has the advantages of convenient dosing, low cost, and high reliability, it can combine with certain organic compounds in water to form carcinogenic organic halides. Chlorine dioxide is widely recognized as the best disinfectant with excellent bactericidal effect, making it an ideal substitute for sodium hypochlorite. This system uses chlorine dioxide method for disinfection. The disinfection pool adopts a laminar flow partition contact reaction device to improve the contact time and achieve better disinfection effect.
After Sales Service
after-sale service
Telephone consultation: Support hotline, diagnose first, repair later, and solve your problems as quickly as possible.
Complete infrastructure and staffing: With professional technical personnel to solve difficult problems and a specialized service management system, we ensure that customers receive the most convenient, timely, and effective assistance.
A powerful technical support system to ensure service quality: The company provides systematic and multi-level training for technical personnel, continuously improving their overall quality and providing users with strong technical support.
Comprehensive technical service monitoring: We have established sound maintenance operation standards and strictly monitor the service quality of after-sales personnel using methods such as customer surveys, follow-up phone calls, and comprehensive performance evaluations to ensure high-quality service.
The main business scope of the company is:
Domestic sewage treatment, reclaimed water reuse, hospital sewage treatment, slaughter and breeding wastewater treatment, food factory sewage treatment, small-scale outpatient dental hospital sewage treatment


