DECANTER CENTRIFUGES - Hiller separation & process oil is one of the most ... n Continuous and...
2
The oilpalm originates from the Gulf of Guinea. Nowadays, this palm is gro- wing within 10° around the equator. The main production areas are Indone- sia and Malaysia. Palm oil is one of the most widely- produced vegetable oils in the world and generates a large variety of pro- ducts for the food industry as well as for other industry sectors. The Hiller three-phase Decanter sepa- rates 3-phase mixtures. This process is a simultaneous separation of two immiscible liquids of different densities and the solid phase, which is heavier than the liquid phases. The liquid phases can be discharged by means of overflow weirs, dip tubes or centripetal pumps. n High quality oil n High yields n Reduction in operating costs like saving on chemicals, filtration aids, water and personnel n Continuous and gentle processing n Maximum hygienic standards n Extreme shortening of the process time n Minimum oil and heat loss n Minimum waste water n Maximum flexibility HILLER PROCESS BENEFITS HILLER decanter technology for a continuous production of palm oil DECANTER CENTRIFUGES & PLANTS FOR SOLID/LIQUID SEPARATION
Transcript of DECANTER CENTRIFUGES - Hiller separation & process oil is one of the most ... n Continuous and...
DEKANTIERZENTRIFUGEN & ANLAGEN ZUR FEST-FLÜSSIGTRENNUNG
Um bei der Verarbeitung von
Wurzelgemüse hohe Ausbeuten in
bester Qualität zu erreichen, bietet
die Hiller GmbH ein neues mecha-
nisches Zellaufschlussverfahren
mittels Dekanter, welches noch
zusätzliche Vorteile mit sich bringt:
nverbessertes Produktnfrischer GemüsegeschmacknErhalt von Vitaminen und wertvollen Inhaltsstoffennhöhere Farbintensitätntrubstabiler Saftnenergieeffizient und produktschonend
VORTEILENEUES VERFAHREN
Kontinuierliche Saftherstellung aus Wurzelgemüse – mittels mechanischem Zellaufschluss
The oilpalm originates from the Gulf of
Guinea. Nowadays, this palm is gro-
wing within 10° around the equator.
The main production areas are Indone-
sia and Malaysia.
Palm oil is one of the most widely-
produced vegetable oils in the world
and generates a large variety of pro-
ducts for the food industry as well as
for other industry sectors.
The Hiller three-phase Decanter sepa-
rates 3-phase mixtures. This process
is a simultaneous separation of two
immiscible liquids of different densities
and the solid phase, which is heavier
than the liquid phases.
The liquid phases can be discharged by
means of overflow weirs, dip tubes or
centripetal pumps.
nHigh quality oil
nHigh yields
nReduction in operating costs like
saving on chemicals, filtration aids,
water and personnelnContinuous and gentle processing
nMaximum hygienic standards
nExtreme shortening of the process time
nMinimum oil and heat loss
nMinimum waste water
nMaximum flexibility
HILLER PROCESS BENEFITS
HILLER decanter technology for a continuous production of palm oil
DECANTER CENTRIFUGES & PLANTS FOR SOLID/LIQUID SEPARATION
SCHEMATIC DIAGRAM of a HILLER DecaOil centrifuge system with hydraulic drive for palm oil production
The crude palm oil is sent to continuous sedimentation
tanks. Sludge will be collected and pre-thickened in the
sludge tank.
In the next step the crude oil will directly flow to the HILLER
3-phase decanter via a hydrocyclone to separate the sand.
2. Oil recovery after the sludge tank
The crude palm oil from the screw press is filtered by a perforated vibrating screen and collected in the crude oil tank. This tank is equipped with a heating device and, if required, a low-speed mixer.
In the next step the crude oil will directly flow to the HILLER 3-phase decanter via a hydrocyclone to separate the sand.
1. Direct crude oil clarification after the screw press (process shown above)
HILLER GmbH . Schwalbenholzstraße 2 . 84137 Vilsbiburg, Germany . Tel +49 8741 48-0 . [email protected] . www.hillerzentri.de
����
�����������
���
�����������
���������
�����������
�������������
����
���������
�������
�������������
��������������������������������
������������������ �����������
��������������� ������
-> no additional clarification process necessary!
