Starch Processing

Centrifugal Sieves

The SiccaDania centrifugal extraction sieves are designed to generate the maximum possible starch yield through low downtime and efficient design.

Lowest downtime in the industry

The centrifugal extraction sieves are designed to generate the maximum possible starch yield. 

The starch is extracted by centrifugal sieving. The pulp is placed on a rotating sieve which is designed to allow the starch to pass but block fibres. During the sieving process, water is added to wash the maximum amount of starch out of the pulp. 

Centrifugal Sieve Coupling Drive

The SiccaDania centrifugal sieve coupling drive is designed for easy maintenance and with fewer spare parts. With the needed frequency converter, the centrifugal sieve allows for flexible rotation speeds which in return could optimise the local process demands. The Coupling Drive is a more energy-efficient centrifugal sieve however requires more floor space.

Centrifugal Sieve Belt Drive

The belt-driven centrifugal sieve is a more compact sieve. The design is optimised to fit into small spaces without compromising the starch quality.

Benefits of the Centrifugal sieves

  • Highest starch yield (optimal sieve configuration) 
  • Sieves with long service life 
  • Easy and stable operation (automatic feed pressure regulation) 
  • Easy maintenance: a unique opening system for fast access to the inner part of the machine, and fast exchange of worn parts. 
  • Low maintenance (vibration-free, robust design) 
  • Minimum cleaning downtime: self-cleaning sieve cone and CIP design (clean-in-place) 
  • Low energy use: direct drive or belt drive 
  • High production capacity: greater than 40m3 /hr per sieve 

Optimal tailor-made design

  • Multistage capacity flexibility
  • Serial and parallel set-up
  • High capacities
  • Easy installation and operation
  • Sanitary & stable sieve foundation
  • Low power consumption
  • Less maintenance

Full stainless steel construction

  • Robust design
  • Skid-mounted
  • Sustainable & long durability

Countercurrent starch extraction

  • Excellent starch quality
  • Highest extraction efficiency
  • No free starch loss

Conical sieve baskets

  • Self-supporting on bearing
  • Minimum vibration
  • Easily removable at front
  • Highest sieve membrane quality
  • The minimum fine fibre in starch milk
  • Easiest operation

In-progress cleaning system

  • Automated cleaning by built-in spray nozzles
  • Continuous & smooth operation

Cleaning-In-Place (CIP)

  • All materials suitable for CIP

Benefits of the Centrifugal sieves

  • Highest starch yield (optimal sieve configuration) 
  • Sieves with long service life 
  • Easy and stable operation (automatic feed pressure regulation) 
  • Easy maintenance: a unique opening system for fast access to the inner part of the machine, and fast exchange of worn parts. 
  • Low maintenance (vibration-free, robust design) 
  • Minimum cleaning downtime: self-cleaning sieve cone and CIP design (clean-in-place) 
  • Low energy use: direct drive or belt drive 
  • High production capacity: greater than 40m3 /hr per sieve 

General technical data

HSC 850* HSC 1000*
Netload (kg) 1200 1500
Dynamic load (kg) 1820 2275
Gross load (kg) 1400 1750
Capacity potatoes (t/h) 30 40
Capacity roots (t/h) 19 25

Centrifugal Sieve Coupling Drive

Model: HSC 850* HSC 1000*
A (mm) 2230 2230
B (mm) 3045 3155
C (mm) 1510 1720

Centrifugal Sieve Belt Drive

Model: HSC 850* HSC 1000*
A (mm) 2070 2230
B (mm) 1980 2200
C (mm) 1510 1710

Centrifugal Sieves

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