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High Flow Filtration Technology Available as a Rental Skid: Simplex 4 Element Filter Skid (Skid can be converted to a liquid/liquid coalescer) Produktbild Primary L

High Flow Filtration Technology Available as a Rental Skid: Simplex 4 Element Filter Skid (Skid can be converted to a liquid/liquid coalescer)

Please Note: The following information is provided to support existing users of Pall Cleanliness Cabinets (PCCs) for technical reference and order of consumables and spare parts. The complete cabinet assemblies are no longer available to purchase.


Effectively Separate Liquid/Liquid Dispersions on Medium, Coarse, or Higher Solids Emulsions

Description

The AquaSep EL system is a multiple-stage system starting with filtration to remove particulate matter, followed by either a one-stage horizontal coalescer or a two-stage integrated vertical coalescer/separator stack to separate the two liquid phases. AquaSep EL coalescers will remove free water to a level as low as 15 ppmv1 and be effective over a wide range of conditions such as inlet liquid contaminant concentration as high as 10% and interfacial tension less than 20 dynes/cm.

Table 1: Coalescer Selection Guide

 
Process Condition Recommended Product
The dispersed phase fluid is aqueous and a horizontal footprint is acceptable AquaSep EL coalescer in a horizontal housing without separator
The dispersed phase fluid is oil and the continuous phase fluid is aqueous
The dispersed phase fluid is aqueous and minimal footprint is required AquaSep EL coalescer/separator stack in a vertical housing
 

AquaSep EL Coalescer— Horizontal Housing Configuration

In a horizontal housing, the liquid/liquid mixture enters the coalescing element and flows inside-to-outside, small liquid dispersed phase droplets suspended in the continuous phase come together, or coalesce, as the mixture moves through the AquaSep EL coalescer. The large coalesced droplets of the dispersed phase separate by gravity in the horizontal housing and are removed. The size of the housing is a function of the flow rate, IFT, viscosity, and specific gravity of the liquids.



Figure 3: AquaSep EL Liquid/Liquid Separation System with Coalescer in a Horizontal Housing with a Prefilter

AquaSep EL Coalescer/Separator Stack— Vertical Housing Configuration

The liquid/liquid mixture enters the coalescing element and flows inside-to-outside. Small liquid droplets suspended in the continuous phase come together, or coalesce, as the mixture moves through the coalescer medium.
Contaminant-free liquid and large droplets of the dispersed phase flow toward the separator located directly below the coalescer stage. The flow is outside- to- inside. The separator medium is hydrophobic preventing the aqueous phase from entering the separator. Only the non-aqueous continuous phase fluid flows through the separator. The two liquids are removed by separate drain connections.


Figure 4: AquaSep EL Liquid/Liquid Separation System with an Integrated Coalescer/Separator Stack in a Vertical Housing with a Prefilter

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Please Note: The following information is provided to support existing users of Pall Cleanliness Cabinets (PCCs) for technical reference and order of consumables and spare parts. The complete cabinet assemblies are no longer available to purchase.


Effectively Separate Liquid/Liquid Dispersions on Medium, Coarse, or Higher Solids Emulsions

Description

The AquaSep EL system is a multiple-stage system starting with filtration to remove particulate matter, followed by either a one-stage horizontal coalescer or a two-stage integrated vertical coalescer/separator stack to separate the two liquid phases. AquaSep EL coalescers will remove free water to a level as low as 15 ppmv1 and be effective over a wide range of conditions such as inlet liquid contaminant concentration as high as 10% and interfacial tension less than 20 dynes/cm.

Table 1: Coalescer Selection Guide

 
Process Condition Recommended Product
The dispersed phase fluid is aqueous and a horizontal footprint is acceptable AquaSep EL coalescer in a horizontal housing without separator
The dispersed phase fluid is oil and the continuous phase fluid is aqueous
The dispersed phase fluid is aqueous and minimal footprint is required AquaSep EL coalescer/separator stack in a vertical housing
 

AquaSep EL Coalescer— Horizontal Housing Configuration

In a horizontal housing, the liquid/liquid mixture enters the coalescing element and flows inside-to-outside, small liquid dispersed phase droplets suspended in the continuous phase come together, or coalesce, as the mixture moves through the AquaSep EL coalescer. The large coalesced droplets of the dispersed phase separate by gravity in the horizontal housing and are removed. The size of the housing is a function of the flow rate, IFT, viscosity, and specific gravity of the liquids.



Figure 3: AquaSep EL Liquid/Liquid Separation System with Coalescer in a Horizontal Housing with a Prefilter

AquaSep EL Coalescer/Separator Stack— Vertical Housing Configuration

The liquid/liquid mixture enters the coalescing element and flows inside-to-outside. Small liquid droplets suspended in the continuous phase come together, or coalesce, as the mixture moves through the coalescer medium.
Contaminant-free liquid and large droplets of the dispersed phase flow toward the separator located directly below the coalescer stage. The flow is outside- to- inside. The separator medium is hydrophobic preventing the aqueous phase from entering the separator. Only the non-aqueous continuous phase fluid flows through the separator. The two liquids are removed by separate drain connections.


Figure 4: AquaSep EL Liquid/Liquid Separation System with an Integrated Coalescer/Separator Stack in a Vertical Housing with a Prefilter

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Technical information

 
Overall Dimensions:
(W x D x H)		 864 x 709 x 1927 mm
Working area:
(W x D x H)		 600 x 600 x 500 mm
Sink 300 mm diameter
Weight: 175 kg (385 lb) approx
Materials: Working area:
Sink: Polished stainless steel 304L
Enclosure: Acrylic
Power supply: 230 V – 50 Hz, single phase
PLC: Proface
Power consumption 1.3 kW (without ultrasonics)
Reservoir (solvent): 13 L max (3.4 USg)
Rinsing flow rate:
(Adjustable)		 5 L/min max.
(1.3 USgpm)
Solvent pen adjustable
Rinsing pressure: 2.8 bar max (41 psi)
 

The PCCXS series cabinets comply with the European Machinery Directive 2006/42/EC, Low voltage 2006/95/CE, and Electromagnetic compatibility 2004/108/CE and is fully CE compliant.

Technical information

Typ

Diagnostic and Monitoring Equipment

Bestellinformation

Pall Cleanliness Cabinet: PCCXS [1] [2] [3]

Table 1: Voltage Option

 
Code Description
1 110V / 50 & 60Hz, single phase
2 230V / 50 & 60 Hz, single phase
 
 

Table 2: Membrane Option

 
Code Description
S Single stage membrane holder
M 3 membrane multi-stage holder
 
 

Table 3: Ultrasonic Option

 
Code Description
OMIT No Ultrasonic transducer
US 100 100W Ultrasonic agitation power
 

Accessories

 
Code Description
PCCXSV2A62 Bowl for ultrasonic analysis (perforated bowl including mounting plate to be used during ultrasonic operation to hold test components)
PCCXSV2D60 Analysis mounting plate (perforated PEHD plate to hold test component during nozzle spraying)
PCCXSV2D4 Splashback guard (guard to avoid splashes during nozzle washing)
GHA0787OEM Cascade of 3 membranes
 

Analysis Membranes for Component Cleanliness Assessments

  • Ratings from 5 μm to 100 μm
  • Materials: Polyamide

see product datasheet M&EPCCMEMENa

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