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.
Hydraulic pusher centrifuges are known for their high throughput capacity, making them suitable for large-scale industrial processes. This efficiency is crucial in chemical manufacturing where bulk separation of solids from liquids is required.
A pusher centrifuge is a kind of filtration method that can be used continuously to wash and dewater materials such fibrous materials, free-draining crystals, polymers, and generally incompressible feed solids. It is attached to one or more baskets and has a rotor with a constant speed. In order to facilitate separation, centrifugal force—which is produced hydraulically for bigger units and mechanically for smaller units—is applied to this assembly. Numerous applications exist for pusher centrifuges. Their primary applications were in the inorganic industries, but they were also widely utilized in the chemical industries for fuels, plastics, food processing, and organic intermediates. A suspension feed is introduced into the process for dispersion and pre-acceleration. Main filtering and intermediate de-watering are the next steps, and the main filtrate is
The hydraulic pusher centrifuge operates on the principle of centrifugal force, where a rotating drum generates a high gravitational force to separate solids from liquids. The discharged solids are collected for further processing or disposal, depending on the specific requirements of the chemical industry. Meanwhile, the clarified liquid continues to flow towards the center of the drum for subsequent processing or discharge.
| SR. NO. | MODEL NAME | MOTOR H.P. | NACL SALT OUTPUT | PUMP |
| 1 | FEE - HP250 | 12.5 HP | UPTO 1.2 | TRIPLE SCREW PUMP |
| 2 | FEE - HP320 | 17.5 HP | UPTO 2.7 | TRIPLE SCREW PUMP |
| 3 | FEE - HP360 | 25 HP | UPTO 3.5 | TRIPLE SCREW PUMP |
| 4 | FEE - HP400 | 25 HP | UPTO 5.5 | TRIPLE SCREW PUMP |
| 5 | FEE - HP500 | 35 HP | UPTO 10 | TRIPLE SCREW PUMP |
| 6 | FEE - HP600 | 50 HP | UPTO 16 | TRIPLE SCREW PUMP |
| 7 | FEE – HP700 | 70 HP | UPTO 20 | TRIPLE SCREW PUMP |
| 8 | FEE – HP800 | 100 HP | UPTO 24 | TRIPLE SCREW PUMP |
