FLOW BOOSTER - MIDAS
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Q&A
What is the difference between an industrial exhaust fan and a centrifugal fan?
-> An industrial exhaust fan is designed to remove air, heat, and fumes from a workspace, while a centrifugal fan uses centrifugal force to move air efficiently through ducts or systems. Centrifugal fans are commonly used in dust collection and ventilation systems requiring high pressur
Can a cyclone dust collector remove fine dust such as PM2.5?
-> A cyclone dust collector primarily separates larger dust particles using centrifugal force. It is not effective for fine particles like PM2.5. To remove PM2.5 efficiently, a bag filter or electrostatic precipitator should be used after the cyclone stage
What types of exhaust gases can a scrubber treat?
-> A gas scrubber is typically used to treat acidic or chemical exhaust gases such as SO₂, HCl, NH₃, and VOCs. Depending on the scrubbing solution and design, it can also capture particulates and neutralize harmful emissions from industrial processes
When should you use an industrial mixer or a submersible mixer?
-> An industrial mixer is suitable for surface or tank-level mixing in chemical or wastewater treatment systems, while a submersible mixer is ideal for continuous agitation in deep tanks or equalization basins to prevent sedimentation
What is the average lifespan of a submersible mixer in wastewater treatment?
-> A high-quality submersible mixer typically lasts between 5 to 10 years, depending on material quality, operating conditions, and maintenance frequency. Using stainless steel materials and regular servicing can extend the mixer’s lifetime
How much sludge can a belt filter press process per day?
-> A belt filter press can process between 5 to 50 cubic meters of sludge per day, depending on sludge concentration, belt width, and machine capacity. Proper conditioning and polymer dosing improve dehydration efficiency
Can a DAF (Dissolved Air Flotation) tank remove oil and grease from food wastewater?
-> Yes, a DAF system is highly effective in separating oil, grease, and suspended solids from food-processing wastewater. By injecting microbubbles, it floats contaminants to the surface for removal, improving overall treatment efficiency
SERIES OF MIDAS
The design of the product is for reference only, can be adjusted based on actual requirements
| TESTING THE DESIGN DURABILITY BEFORE FABRICATION | |
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| Model | Dia (m) | n (rpm) | 13 | n (rpm) | 20 | n (rpm) | 25 | n (rpm) | 30 | n (rpm) | 40 |
| kw | m3/s | kw | m3/s | kw | m3/s | kw | m3/s | kw | m3/s | ||
| MIDAS | 1000 | 3,7 | 0,05 | 0,75 | 0,06 | 1,50 | 0,08 | 2,20 | 0,09 | 5,50 | 0,12 |
| 1600 | 5,50 | 0,30 | 7,50 | 0,26 | 11,00 | 0,32 | 18,50 | 0,38 | 37,00 | 0,51 | |
| 2000 | 11,00 | 0,52 | 15,00 | 0,5 | 37,00 | 0,62 | 55,00 | 0,75 | 135,00 | 1,00 | |
| 2400 | 15,00 | 0,78 | 37,00 | 0,86 | 75,00 | 1,08 | 120,00 | 1,29 | 250,00 | 1,72 |
 | Specification for design
|
 | MIDAS – Flow Booster and Mixing |
| Model: MIDAS -1500 - 3,7 | |
| Material: SS304 / SS400-FRP | |
| High oxygen transfer (SORT) : 2 – 5 kg O2 /Kw; | |
| Low propulsion energy : 2,0 to 5,0 W/m3 | |
| S.F > 1.8 | |
| Application: Bio system, G.SBR system, OD system | |
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CONTROLLING OPTIMIZED CONDITIONS IN COMPATIBILITY WITH REALITY BY THE USE OF GEAR-MOTOR
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