Post

Home » Blogs » High Productivity Pusher Centrifuge for Salt Industry

High Productivity Pusher Centrifuge for Salt Industry

Falgun Centrifuge Pvt. Ltd. manufactures pusher centrifuges for continuous solid-liquid separation in salt processing. Based in Ahmedabad, Gujarat, the company supplies mechanical and hydraulic configurations for industrial applications across India and export markets.

A high productivity pusher centrifuge for the salt industry separates salt crystals from mother liquor while continuously discharging the collected solids. Matching the centrifuge to the feed characteristics helps salt manufacturers maintain steady production and prepare dewatered crystals for downstream processing.

How Does a Pusher Centrifuge Improve Salt Production?

Continuous Processing

Simultaneous feeding, separation and solids discharge support a steady production flow. This arrangement helps connect crystallisation with subsequent salt handling operations.

Effective Salt Dewatering

The rotating basket removes liquid through the screen while retaining suitable salt crystals. Effective mechanical dewatering can reduce the moisture load entering downstream drying equipment.

Controlled Cake Movement

The pusher advances the retained salt cake through the basket. Selecting suitable operating settings helps balance throughput, drainage time and discharge consistency.

Optional Crystal Washing

Suitable washing arrangements can help remove adhering mother liquor from the crystal surface. Washing requirements should account for the desired product quality and possible salt dissolution losses.

Features of Falgun Pusher Centrifuges

Falgun’s published product information includes the following options:

Mechanical and hydraulic drives: Configurations for different operating requirements.
Multiple machine sizes: Selection according to production demand and feed properties.
Material choices: Options include SS 316, SS 316L, Duplex 2205 and Super Duplex 2507.
Application-specific screens: Screen selection according to the product’s filtration requirements.
Optional washing arrangements: Configuration according to the separation process.

Salt Industry Applications

A correctly selected pusher centrifuge can support:

Sodium chloride processing: Separation of crystalline salt from mother liquor.
Salt refining lines: Dewatering after suitable crystallisation or washing stages.
Evaporator-based plants: Separation of compatible crystalline salt streams.
Industrial salt production: Continuous processing before drying, conveying or storage.

Frequently Asked Questions

Q1: What does a salt pusher centrifuge do?

A1: It continuously separates salt crystals from mother liquor and discharges the retained solids.

Q2: Can it operate continuously?

A2: Yes. Pusher centrifuges support continuous slurry feeding, liquid separation and salt cake discharge.

Q3: What determines production capacity?

A3: Crystal size, feed concentration, drainage behaviour, machine size and required discharge moisture affect capacity.

Q4: Can salt crystals be washed inside the centrifuge?

A4: Suitable models can include washing arrangements, depending on process requirements.

Q5: Which material is suitable for salt processing?

A5: Selection depends on brine chemistry, temperature and corrosion conditions; stainless steel and duplex options are available.

High Productivity Pusher Centrifuge for Salt Industry in Spain

We supply high productivity pusher centrifuges for the salt industry in Spain, including Madrid, Barcelona, Valencia, Seville, Zaragoza, Malaga, Murcia, Palma de Mallorca, Las Palmas de Gran Canaria, Alicante, Bilbao, Cordoba, Valladolid, Vigo, Gijon, L’Hospitalet de Llobregat, Vitoria-Gasteiz, A Coruna, Elche, Granada, Terrassa, Badalona, Oviedo, Cartagena, Sabadell, Jerez de la Frontera, Pamplona, Almeria, San Sebastian, Santander, Burgos, Albacete, Castellon de la Plana, Logrono, Salamanca, Huelva, Tarragona, Leon, Cadiz, Lleida, Girona, Toledo, Segovia, Avila, Cuenca, Caceres, Badajoz, Jaen, Ourense, Lugo, Santiago de Compostela and many more.