Nanjing hyperbolic mixer manufacturer
Characteristics of Hyperbolic Blender
Hyperbolic mixerApplied in industries such as environmental protection, chemical engineering, energy, and light industry that require solid-liquid and gas mixing of liquids, it is particularly suitable for coagulation tanks, regulating tanks, anaerobic tanks, nitrification and denitrification tanks in sewage treatment processes. The submersible hyperbolic mixer has the following characteristics:
(1) The whole machine has a compact structure, smooth operation, simple installation, and convenient maintenance.
(2) Large specific surface area impeller, small motor power configuration, large circulating water flow, low energy consumption, more energy-efficient compared to traditional mixing methods in conventional municipal sewage mixing.
(3)Submersible hyperbolic mixerThe impeller is made of reinforced fibers or steel materials, which can adapt to different working conditions and have a long service life.
(4) It can be applied to various situations where liquids, solids, and gases are mixed, and can replace existing mixing equipment to achieve three-dimensional and spiral mixing, making stirring more even and improving stirring efficiency.
In various existing sewage treatment processes in China, the hyperbolic mixer can mainly overcome the problems of blind spots in traditional blade (slurry) mixing and poor water gas mixing effect in aeration process, and play its advantage of uniform mixing.
Submersible hyperbolic mixerAs an efficient mixing and stirring device, it is suitable for mixing and stirring various low viscosity liquids, solid-liquid, and gas-liquid mixtures; Not only suitable for circular and square pools, but also commonly used in rectangular pools for unit arrangement.
Performance parameters:
Applicable to conventional municipal sewage conditions
model |
impeller diameter |
rated speed |
Service scope |
Service scope |
Whole machine weight (kg) |
|
Stainless steel impeller |
Impeller fiberglass reinforced plastic |
|||||
JBQ500 |
500 |
40-250 |
0.75-1.5 |
1-3 |
320 |
300 |
JBQ1000 |
1000 |
30-80 |
1.1-2.2 |
2-5 |
700 |
500 |
JBQ1500 |
1500 |
30-60 |
1.5-3 |
3-6 |
850 |
600 |
JBQ2000 |
2000 |
20-42 |
2.2-3 |
6-14 |
1100 |
650 |
JBQ2500 |
2500 |
20-40 |
3-5.5 |
10-18 |
1200 |
700 |
JBQ3000 |
3000 |
20-30 |
4-7.5 |
12-22 |
1250 |
900 |


Hyperbolic mixerIt is a product applied in the field of environmental sewage treatment, with a wide range of applications in sewage discharge. Many difficult sewage facilities use this mixer, which is more powerful than one-way mixers and can effectively solve the problem of sewage facility blockage. Recently, the government has been increasing the supervision of sewage treatment work, hoping that every sewage treatment plant can fully solve the problem of sewage overflow and provide a clean living environment for urban residents. However, many people are not very clear about the sewage treatment process when purchasing sewage facilities, and do not know which steps to take. In this situation, it is difficult to achieve the expected results by purchasing environmental protection equipment. Basically, you can buy whatever others ask you to buy, which cannot achieve the true purpose of pollution removal. Now let's have the hyperbolic mixer manufacturer introduce the wastewater treatment process flow.
The wastewater is first intercepted by a grid for floating and suspended solids, and then pumped to a regulating tank. Then, it is pumped by a secondary lift pump to a hydrolysis acidification tank for reaction with anaerobic sludgeRemove some organic matter. Afterwards, the wastewater flows into the CASS tank through the outlet weir of the hydrolysis acidification tank. Operate in the CASS tank in sequence according to the time sequence of inflow, aeration for 2 hours, sedimentation for 1 hour, and outflow for 50 minutes, and then discharge into the sodium hypochlorite disinfection tank through a decanter. After disinfection and sterilization, meet the discharge standards. The remaining sludge generated from the hydrolysis acidification tank and CASS tank enters the sludge storage tank, and is then dehydrated by the sludge dewatering machine to make the sludge easy to transport.
