Fluid separation hydrocyclone

The present invention relates to a small-size hydrocyclone separator with high fluid treatment capacity owing to the structural features of the supply system, top outlet (overflow) and bottom outlet (underflow). The supply system is designed with two identical, diametrically opposed channels (18) th...

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Main Authors DARLEY CARRIJO DE MELO, LUIZ PHILIPE MARTINEZ MARINS, FABRICIO SOARES DA SILVA, CARLOS ALBERTO CAPELA MORAES
Format Patent
LanguageChinese
English
Published 30.05.2012
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Abstract The present invention relates to a small-size hydrocyclone separator with high fluid treatment capacity owing to the structural features of the supply system, top outlet (overflow) and bottom outlet (underflow). The supply system is designed with two identical, diametrically opposed channels (18) that are curved where the cross-sectional area slowly decreases in order to accelerate smoothly the biphasic fluid stream. The possibility to fit interchangeable parts (2, 6) into the top outlet (13) allows changing the diameter of the top outlet, thus altering the hydrodynamic characteristics of the device and increasing the capacity of the device so that operational ranges suitable for fluid flows with a high, medium and low oil content can be achieved. The arrangement of a valve for continuously varying the surface area of the bottom outlet (7) makes it possible to widen the operational range of the hydrocyclone, even in conditions of high pressure loss and counterpressure across the top outlet, which would otherw
AbstractList The present invention relates to a small-size hydrocyclone separator with high fluid treatment capacity owing to the structural features of the supply system, top outlet (overflow) and bottom outlet (underflow). The supply system is designed with two identical, diametrically opposed channels (18) that are curved where the cross-sectional area slowly decreases in order to accelerate smoothly the biphasic fluid stream. The possibility to fit interchangeable parts (2, 6) into the top outlet (13) allows changing the diameter of the top outlet, thus altering the hydrodynamic characteristics of the device and increasing the capacity of the device so that operational ranges suitable for fluid flows with a high, medium and low oil content can be achieved. The arrangement of a valve for continuously varying the surface area of the bottom outlet (7) makes it possible to widen the operational range of the hydrocyclone, even in conditions of high pressure loss and counterpressure across the top outlet, which would otherw
Author DARLEY CARRIJO DE MELO
LUIZ PHILIPE MARTINEZ MARINS
FABRICIO SOARES DA SILVA
CARLOS ALBERTO CAPELA MORAES
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Snippet The present invention relates to a small-size hydrocyclone separator with high fluid treatment capacity owing to the structural features of the supply system,...
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SubjectTerms APPARATUS USING FREE VORTEX FLOW, e.g. CYCLONES
CENTRIFUGAL APPARATUS OR MACHINES FOR CARRYING-OUT PHYSICAL ORCHEMICAL PROCESSES
PERFORMING OPERATIONS
PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
SEPARATION
TRANSPORTING
Title Fluid separation hydrocyclone
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