Home » Product » Mechanical Pusher Centrifuge » Mechanical Pusher Centrifuge for MEE/MVR industry
The Falgun centrifuge pursues a business strategy aimed that to solves user problems, we have experienced in the past 13 years what kind of issues our customers are facing, most of our customers are MEE or MVR plant holders, and we deeply analyze their problems. Especially for MEE plants and MVR plants, we developed a filtration screen, with the smallest possible size.
Now we have 30 and 50-micron screen Avabilities for pusher centrifuges. Plants that are facing a smaller particle bypass issue have benefits of using this screen; by using this screen they can collect more solid particles via centrifuge, and get clear mother liquor, with lower bypass %, We get solid output with less than 5% moisture, And we are glad to inform you that In so many cases we archived 0% moisture in MEE plant products.
At the core of MEE/MVR processes lies the need for precise separation, and the Mechanical Pusher Centrifuge excels in meeting this demand. It seamlessly integrates into evaporation processes, contributing to the separation of concentrated solutions and solids with a high level of precision.
The Mechanical Pusher Centrifuge seamlessly integrates into existing MEE/MVR systems, offering an additional layer of efficiency without causing disruptions. Its compatibility allows manufacturers to enhance their evaporation processes without extensive modifications to their production setups. In the MEE/MVR industry, the centrifuge plays a vital role in maintaining the quality of concentrated solutions. It ensures that the separation process is conducted with precision, contributing to the production of high-quality concentrated solutions for diverse industrial applications.
Based on the dynamic principle, mechanical vapour compression machines feature a diffuser downstream of the impeller and revolving impeller blades. High circumferential speed impeller blade rotation provides energy to the vapor. The diffuser accelerates the vapour and then decelerates it after that. High pressure is aided in becoming high velocity through this technique.Â
SR. NO. | MODEL NAME | MOTOR H.P. | NACL SALT OUTPUT (TON/HR.) | GEAR BOX |
1 | FEE - MP210 | 7HP | UPTO 0.6 | 3" HOLLOW SHAFT |
2 | FEE - MP250 | 10.5 HP | UPTO 1 | 4" HOLLOW SHAFT |
3 | FEE - MP320 | 15 HP | UPTO 2.2 | 5" HOLLOW SHAFT |
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