Chinchwade & Associates

Kupwad, Sangli, Maharashtra

We are masters in pans. The syrup coming out from evaporator section of is converted into formation of sugar crystal in Pan. The pans are used for three types of massecuite, A, B & C. The capacity of pan supplied by us is from 20 Ton to 120 Ton low head batch type pan. We offer two types of Pans:

1. Low Head Batch Type Vacuum Pan
2. Continuous Vacuum Pan

1. Evaporation rate is increases due to fast boiling
2. Speedy & High circulation developed resulting of uniform grain size due to less tube length
3. Boiling period of massecuite is minimize & hence pan capacity utilization increases considerably
4. Steam consumption reduced about 25% than high head pan
5. Uniform steam distribution in Calendria by providing annular space around the tube plate.

Till date we have successfully Supplied, Erected & Commissioned 85 Nos. Low head vacuum pan of various capacity from 20 MT to 120 MT in sugar industries. Also we have supplied the biggest pan of the capacity of 120 MT 2 nos. to The Ugar Sugar Ltd. Ugar in year 2014-15.

1. Save space & energy
2. Low temperature vapour boiling
3. Good Massecuite circulation
4. Uniform condition for crystal growth in all section
5. S.S. Polly baffle catcher is provided for entrapment raster
6. Increase production capacity about 25% than the batch pan for same volume
7. Easy for operation.
8. Maximized exhaustion of mother liquor.
9. Following Major factor were kept in view while designing the continuous vacuum pan.
10. Better circulation & efficient heat transfer to achieve improve evaporation rate.
11. Narrow crystal size distribution.
12. Small coefficient of variation.
13. Steady & less steam demand.
14. Plug flow and massecuite.
15. Short Retainsion of crystals in pan
16. Pan can be boiled with low pressure steam / Vapour.
17. Less steam demand / consumption.
18. No fluctuating steam demand as is in a batch pan operation
19. Greater uniformity in operation is obtained with respect to crystal size and exhaustion.
20. Number of units like condensers and ancillaries are reduced and thus less maintenance cost.
21. Labour Saving.
22. Operation Control is easy due to DCS based Automation system.