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Sugar Production line
Massecuite boiling equipment
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Enforced circulation vacuum pan
The enforced circulation vacuum pan has an
interior stirring device to force the massecuite to
circulate inside, so that the heat transfer coefficient and
evaporation intensity are improved and the speed of
crystallizing is increased.
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Syrup leaf filter
Syrup leaf filter
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Magma Remelter
Magma Remelter
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Syrup Flotation Clarifier
It is used for clarification and removing impurities of the syrup from evaporators to obtain the clarified syrup with high purity. It is mainly comprised of clarifier body, syrup entering device, clarified syrup discharge device and scum scraper device etc. The syrup needs to be bubbled with airing device before it enters the clarifier to help the impurities and added flocculant become bubbled scum to float up rapidly and separate from the clarified syrup. The air bubbling device and flocculant adding system belong to the accessories of this clarifier, which are not in the scope of this equipment. Specifications: TSF3400 ~ TSF4000 Processing capacity (m3/h) : 32 ~ 59
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Pneumatic Conveying Tank
It is used for being in stead of magma and
molasses pumps of sugar factories and makes use of
compressed air to convey magma and molasses.
1. It has vertical and horizontal types with
manhole, compressed air inlet, material inlet and outlet,
safe device and pressure indicator respectively.
2. It belongs to class - I pressure vessel.
Specification and type: TQG0.6 ～ TQG2.5
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Batch horizontal Crystallizer
It is classified into air-cooling type TZL
Crystallizer and water-cooling type TZL Crystallizer.
Generally, TSL Crystallizer is utilized for storage of A
massecuite, also for B massecuite in some sugar factories.
Usually, TSL Crystallizer is used for low-class massecuite
(B and C massecuites) for further crystallizing.
1.The structures of TZL and TSL Crystallizers
are basically the same. Both of them are U-shaped and
horizontal structures respectively. It is comprised of
trough body, gearing and stirring devices etc. There is a
cooling coiled tube on the stirring device of TSL
Crystallizer.
2.TZL Crystallizers are adopted by the sugar
factories abroad with continuous vacuum pan, which the
trough body is covered and used as receivers of massecuite,
magma and seeds.
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Reheater
Reheater
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Vacuum Seed Tank
It is used for storing seeds for boiling and
is comprised of tank body, gearing, stirring device and
discharge valve. The tank body is a horizontal and enclosed
cylindrical structure. The gear motor drives stirrer via a
worm reducer to keep the seed stored in the tank not to
settle down.
Specification and type: TZK4 ～ TZK40
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Batch vacuum Pan
Majority of the batch vacuum pans is vertical
calandria. It is also classified into Q-type, TXG- type and
forced circulating pans.
1.The calandria of Q-type pan is a flat tube
plate-shaped structure. There is a centre down take with
interior massecuite circulation. Its structure is simpler
with good circulation.
2. The calandria of TXG-type pan is a
suspended one with inclined tube plates. There is a centre
down take with interior and outside massecuite circulation.
It is easy for massecuite to be discharged and the
condensate to be drained completely, but the structure is
complicated and seeding volume is larger.
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Vertical crystallizer
1. The imported new technology of this
continuous crystallization equipment can be used for
crystallization of “C” massecuite in stead of TSL individual
crystallizers.
2. Even temperature falling, automatic
control, steady and reliable process with good result of
crystallization.
3. Compared with TSL individual
crystallizers, it covers a less area of the floor with large
processing capacity.
4. Available volume: 100 – 350 m3
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Continuous vacuum pan
It has the features of energy saving, full
automatic control, shortening the boiling time and crystal
uniformity etc. so that the quality of massecuite is
improved, labor intensity is decreased and working
conditions are improved.
Seamless steel tube, stainless steel welded
tube and brass tube etc. can be chosen as heating tubes. The
method of tube-plate connection can be expansion or welding.
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