PCI Membranes REPLACEABLE MEMBRANE CORE PROVEN … · PCI Membranes Unit 11 Fulcrum2 Solent Way...

PCI MembranesUnit 11, Fulcrum2, Solent WayWhiteley, Fareham, PO15 7FN, United Kingdom

Phone Phone: + 44 (0) 1489 563470

OnlineEmail: [email protected]: www.pcimembranes.com

REPLACEABLE MEMBRANE COREAllows fast, cost-effective remembraning, reducing downtime.

PROVEN MEMBRANESWith applications in food, beverage, chemical and pharmaceutical industries.

COMPACT MODULE DESIGN Quick and easy plant construction.

TUBULAR MODULEMinimal prefiltration required, suited to liquids and high levels of suspended solids.

PCI Membranes compact A5 tubular ultrafiltration module can be used for a wide range of industrial applications in the process industry for the economic concentration and clarification of process liquids and wastewaters.

The module comprises of a replaceable core of 69 tubes of 6mm diameter and uses PCI’s robust PVDF membranes which are suited to a variety of different process conditions. Cores are fitted into PCI’s proven stainless steel housings giving a nominal total of 5m2 of membrane area per 3.66m length module. (Shorter lengths are available). The open channel design processes liquids with high levels of suspended solids and facilitates highly effective cleaning in place.

The compact design gives the module a high strength allowing operating pressures of 10 bar. PCI’s unique in-situ replaceable core enables fast, easy and cost effective remembraning.

A5 Series

P R O D U C T S H E E T

PCI MembranesUltrafiltration Modules

M A K I N G T H E W O R L D S A F E R , H E A L T H I E R &

M O R E P R O D U C T I V E

“Ultrafiltration (UF) is a variety of membrane filtration in which hydrostatic pressure forces a liquid against a semipermeable membrane. Suspended solids and solutes of high molecular weight are retained, while water and low molecular weight solutes pass through the membrane. This separation process is used in industry and research for purifying and concentrating macromolecular solutions, especially protein solutions. Ultrafiltration is applied in cross-flow and separation in ultrafiltration undergoes concentration polarization.”

Dimensions

Length (m) 1.83 3.05 3.66

Membrane Area (m2) 2.04 3.97 4.76

Additional Details

Operating Pressure Up to 10 bar max

Operating Temperature Up to 60°C

Shroud Material AISI 316 Stainless Steel

Membrane Type PVDF

pH Range 1.5-10.5

Connection

Permeate 1” tri-clamp or 3/4 90° Spigot in AISI 316SS

Feed 3” tri-clamp in AISI 316SS


Phone Phone: + 44 (0) 1489 563470



PROVEN MEMBRANESWith applications in fthe food, beverage, chemical, MBR and parmaceutical industries.


TUBULAR MODULEMinimal prefiltration required, suited to viscous liquids and high levels of suspended solids.

PCI Membranes compact A5 tubular ultrafiltration module can be used for a wide range of industrial applications in the process industry for the economic concentration and clarification of process liquids and wastewaters.

The module comprises of a replaceable core of 69 tubes of 6mm diameter and uses PCI’s robust PVDF membranes which are suited to a variety of different process conditions. Cores are fitted into PCI’s proven stainless steel housings giving a nominal total of 5m2 of membrane area per 3.66m length module. (Shorter lengths are available).

The open channel design processes liquids with high levels of suspended solids and facilitates highly effective cleaning in place.


A19 Series





Dimensions

Length (m) 3.05 3.66

Membrane Area (m2) 2.18 2.62

Connection

Permeate 1” tri-clamp or 3/4 90° Spigot in AISI 316SS


Additional Details




Membrane Type A range of UF membranes in PVDF

pH Range 1.5-10.5


CASE STUDY HISTORY• Multi-stage Treatment of Landfill

Leachate


Phone Phone: + 44 (0) 1489 563470



PROVEN MEMBRANESWith applications in food, beverage, chemical, MBR and pharmaceutical industries.



The A37 tubular UF system incorporates a robust, low-cost module in stainless steel or plastic, together with a choice of tubular membranes in various materials. The removable core design (RCM) permits simple, rapid, and inexpensive membrane replacement.

The modules are 3.66m in length, housing 37 membranes, 12.5mm in diameter, cast in epoxy resin at each end. The shorter length is designed for retro-fitting to non-PCI systems.

To ensure system integrity, permeate sampling from individual modules is available.Manufactured with materials approved by the FDA, CFR21 and EU regulations. The open channel design processes liquids with high levels of suspended solids without plugging and facilitates highly effective cleaning in place.






Dimensions

Length (m) 3.66

Membrane Area (m2) 5.10

Connection

Permeate 1” tri-clamp or plain 90° Spigot in AISI 316SS


Additional Details





pH Range 1.5-10.5

A37 Series


CASE STUDY HISTORY• Ultra-compact wastewater plant

for ‘Venice’s garden’ (S’ant Erasmo)


Phone Phone: + 44 (0) 1489 563470



PROVEN MEMBRANESWith applications in food, beverage, chemical and pharmaceutical industries.



The tubular B1 module provides the user with a robust, proven, ultra filtration, nanofiltration and reverse osmosis module and a wide range of fully interchangeable membrane elements.

Each module, up to 3.6m long, comprises 18 perforated stainless steel tubes in the form of a shell and tube, each tube fitted with a membrane element. The shell, or shroud, is also fabricated from stainless steel and has outlets fitted for the permeate, the liquid that passes through the membrane.

Flow of the process fluid through the tubes is effected by specially designed end-caps whose design varies depending on the process requirements – Series Flow, Twin Entry Flow, Parallel Flow.

To ensure system integrity, permeate sampling from individual modules is available. Manufactured with materials approved by the FDA, CFR21 and EU regulations.

B1 Series


PCI MembranesUF, NF & RO Modules



Connection

Permeate End Cap dependent

Feed End Cap dependent

Additional Details

Operating Pressure Up to 64 bar (End Cap dependent)



Membrane Type Suitable for UF, NF & RO Membranes

Dimensions

Length (m) 1.22 2.44 3.66

Membrane Area (m2) 0.88 1.75 2.63

Series Flow ArrangementFor reverse osmosis systems the “series flow” module has channels moulded in the end-caps connecting all the 18 tubes in series.

Twin Entry Flow ArrangementAn end-cap type (known as “twin” or “double-entry”) that provides two parallel channels each of nine tubes in series. Allowing viscous materials to be processed and higher crossflow velocities to be used with overall pressure drop minimised.

Parallel Flow ArrangementThis end-cap allows all 18 tubes to operate in parallel allowing the highest crossflow velocities to be used with acceptable pressure drop.


Leachate• Tomato Juice Concentration• Tubular membrane effluent

treatment plant


Phone Phone: + 44 (0) 1489 563470


Each Reverse Osmosis module comprises 18 perforated stainless steel tubes in the form of a shell and tube, each tube fitted with a membrane element. Flow of the process fluid through each of the tubes is effected by specially designed end caps connecting all eighteen tubes in series. For viscous materials an alternative end cap arrangement is available which allows the overall pressure drop to be minimised.

The open channel, highly turbulent flow design allows a wide variety of process liquors to be concentrated, with minimal pretreatment. High levels of suspended materials can be tolerated. The design is free of dead spaces, which reduces the fouling potential of the membranes while ensuring maximum effectiveness of cleaning in-situ procedures.

FEED INLETCONCENTRATE

OUTLET

B1 Series


PCI MembranesUF, NF & RO Modules - Series Flow (RO) Arrangement



Connection

Permeate 12.5mm OD for flexible hose

Feed For 12.5mm oval flange

Tube-Side Mechanical Operating Limits


Pressure Drop 10 bar max



Membrane Type A range of NF & RO membranes

ModuleLength (m)

MembraneArea (m)

WeightEmpty (kg)

Hold-upVolume

Tube-side(Litres)

Hold-upVoume

Shroud-side(Litres)

MembraneTube ID.

(mm)

1.22 .88 14.4 2.8 6.7 12.5

2.44 1.75 24.0 5.6 13.3 12.5

3.66 2.63 33.7 8.4 20 12.5

Series Flow ArrangementFor reverse osmosis systems the “series flow” module has channels moulded in the end-caps connecting all the 18 tubes in series.



treatment plant

PERMEATE OUTLET

SHROUD DRAIN


Phone Phone: + 44 (0) 1489 563470


Each ultrafiltration module comprises 18 perforated stainless steel tubes in the form of a shell and tube, each tube fitted with a membrane element. Flow of the process fluid through each of the tubes is effected by specially designed end caps providing 2 parallel channels, each of 9 tubes in series. This allows viscous materials to be processed and high cross flow velocities to be used with acceptable pressure drop.

For non-viscous materials with operation at high pressure (RO conditions) an alternative end cap arrangement is available which results in lower energy consumption.

The open channel, highly turbulent flow design allows a wide variety of process liquors to be concentrated, with minimal pretreatment. High levels of suspended materials can be tolerated. The design is free of dead spaces, which reduces the fouling potential of the membranes while ensuring maximum effectiveness of clean-in-situ procedures.

FEED INLET

CONCENTRATEOUTLET

B1 Series


PCI Membranes



Connection

Permeate 19mm OF for flexible hose

Feed For 19mm oval flange






Membrane Type A range of UF membranes

ModuleLength (m)

MembraneArea (m2)

WeightEmpty (kg)

Hold-upVolume

Tube-side(Litres)

Hold-upVoume

Shroud-side(Litres)

MembraneTube ID.

(mm)

2.44 1.75 24.0 5.6 13.3 12.5

3.66 2.63 33.7 8.4 20 12.5

PERMEATE OUTLET

SHROUD DRAIN

Twin Entry Flow ArrangementAn end-cap type (known as “twin” or “double-entry”) that provides two parallel channels each of nine tubes in series. Allowing viscous materials to be processed and higher crossflow velocities to be used with overall pressure drop minimised.



treatment plant

UF, NF & RO Modules - Twin Entry Flow Arrangement


Phone Phone: + 44 (0) 1489 563470


Each module comprises 18 perforated stainless steel tubes in the form of a shell and tube, each tube fitted with a membrane element. Flow of the process fluid through each of the tubes is effected by specially designed end cap providing 18 parallel channels.

This allows viscous materials to be processed and high cross flow velocities to be used with acceptable pressure drop. For less viscous materials an alternative end cap arrangements are available which results in lower energy consumption.

The open channel, highly turbulent flow design allows a wide variety of process liquors to be concentrated, with minimal pretreatment. High levels of suspended materials can be tolerated. The design is free of dead spaces, which reduces the fouling potential of the membranes while ensuring maximum effectiveness of cleaning-in-situ procedures.

FEED INLET

CONCENTRATEOUTLET

B1 Series


PCI MembranesUltrafiltration Modules Parallel Flow Arrangement



Connection

Permeate 19mm OF for flexible hose

Feed For 2 1/2” Tri-Clamp






Membrane Type A range of UF membranes

ModuleLength (m)

MembraneArea (m2)

WeightEmpty (kg)

Hold-upVolume

Tube-side(Litres)

Hold-upVoume

Shroud-side(Litres)

MembraneTube ID.

(mm)

2.44 1.75 24.2 6.4 13.3 12.5

3.66 2.63 33.8 9.2 20 12.5

PERMEATE OUTLET

SHROUD DRAIN

Parallel Flow ArrangementThis end-cap allows all 18 tubes to operate in parallel allowing the highest crossflow velocities to be used with acceptable pressure drop.



treatment plant


Phone Phone: + 44 (0) 1489 563470


The C10 module, offers the user an economic tubular module which can be fitted with a wide range of proven nanofiltration and ultrafiltration membranes.

The module, has been developed to improve the competitiveness of tubular membrane plants, especially at larger capacities. It can be operated at 12 bar at 20°C.

C10 Series





Membrane cleaning can be done mechanicaly with the use of foam balls and chemically using established clean-in-place technique at extended frequencies, typicaly 4 times a year.

SIMPLE MANIFOLD CONNECTIONSEasy plant maintenance, reduced remembraining time.

ABS CONSTRUCTIONLightweight, robust.

MODULAR DESIGNQuick and easy plant construction.

TUBULAR MODULENo prefiltration required.

Dimensions

Length (m) 3.66 1.83 0.92

Membrane Area (m2) 10.5 5.2 2.6

Additional Details



Shroud Material ABS

Membrane Type A range of UF and NF membranes

pH Range Membrane specific

Connection

Permeate End Cap Dependent

CASE STUDY HISTORY• The Fyne Process• Solution for rural water supplies

with difficult sources (Achnasheen)• Solution for rural water supplies

with difficult sources (Out Skerries)


Phone Phone: + 44 (0) 1489 563470


The MICRO 240 & 960 is designed for the economic, short term evaluation of membrane processes for separation and concentration at laboratory bench-scale.

This inexpensive module may be fitted, by the user, with samples of any of PCI Membranes’ wide range of tubular Reverse Osmosis, Nanofiltration or Ultrafiltration membranes. Constructed in 316 stainless steel, the module has termination points allowing easy connection by flexible or welded couplings to existing equipment.

Larger modules and ancillary components are available if required.

Micro 240 & 960





Dimensions

Micro 240 Micro 960

Length (m)

2 off 1.25cm dia x 30cm

tubes connected in series

2 off 1.25cm dia x 1.2cm

tubes connected in series

Membrane Area (m2)

240 cm2

(0.024m2) 960 cm2 (0.096m2)

Additional Details

Micro 240 Micro 960

Operating Pressure 55 Bar at 70°C; Bar at 20°C max 55 Bar at 70°C; Bar at 20°C max

Tubeside Volume 75ml 228ml

Permeate Volume (full) 750ml (Approx) 912ml (Approx)

Permeate Volume (empty) 50ml (Approx) 200ml (Approx)

Construction316 Stainless Steel with

Nitrile rubber seals. (Other seal materials available)

316 Stainless Steel with Nitrile rubber seals.

(Other seal materials available)

Connection

Permeate Flow 5-50 ml/min

Recommended Pressure 40 Bar for RO; 4 Bar for UF

RecommendedRecycle Flowrate

18 l/min for RO, equivalent to 2.5m/s;30 l/min for UF, equivalent to 4m/s;

Pressure Drop (Water) at 2m/s 0.15bar (2 psi)

Pressure Drop (Water) at 2m/s 0.5bar (7 psi)

“Reverse osmosis (RO) is a membrane separation method that removes many types of large molecules and ions from solutions by applying pressure to the solution when it is on one side of a selective membrane. The result is that the solute is retained on the pressurized side of the membrane and the pure solvent is allowed to pass to the other side. To be “selective,” this membrane should not allow large molecules or ions through the pores (holes), but should allow smaller components of the solution (such as the solvent) to pass freely.”

PROVEN MEMBRANESWith applications in the food, beverage chemical, MBR and pharmaceutical industries.

COMPACT MODULAR DESIGN Quick and easy plant construction.



Phone Phone: + 44 (0) 1489 563470


The Mini-module is a low cost module for testing and evaluating A5 membranes which are ideally used for applications containing suspended solids. Specifically designed to be compatible with the PCI BRO pilot plant, it is also suitable for fitting to a range of other test units.

This enables the client to test the suitability of one of the standard A5 membranes or an experimental membrane in the laboratory or pilot hall, before going to the expense of full-scale modules.

Each 1.2m long module is fitted with five membrane tubes each of 6mm diameter, yielding a membrane area of 0.1m2. The module shell is constructed in ABS or PVC and the membrane tubes are bonded into the shell with epoxy resin.

All types of commercial A5 membranes are available, and where appropriate, development membranes can be supplied.

Modules may be used individually, or be connected in series or parallel, subject to the flows and pressures available from the test rig to which they are fitted.

A5 Mini Module





Dimensions

Length (m) 1.2m

Membrane Area (m2) 0.1m2

Flow Area 5 tubes at 6mm diameter

Additional Details



Typical Flow Rates 20-30 l/min

Shroud Material ABS or PVC


pH Range 1.5-10.5

Connection

Fittings

1” socket union for inlet/outlet

10mm (3/8”) hose tail for permeate outlets


COMPACT MODULAR DESIGN Quick and easy plant construction.


FEED

55 MM

1200 MM

55 MM

RETENTATE

PERMEATE OUTLETCONNECTOR FOR10 MM (3/8”) I.D. HOSE

SOCKET UNION CONNECTIONFOR SOLVENT CEMENTINGTO 1” N.B. PIPE

SHROUD DRAINCONNECTOR FOR

10 MM (3/8”) I.D. HOSE


Phone Phone: + 44 (0) 1489 563470






Pilot Unit DescriptionThe unit is designed for pilot scale work and may be used to process a wide variety of aqueous solutions using reverse osmosis (RO), nanofiltration (NF) or ultrafiltration (UF). A wide range of membranes is available to suit the required application.

Both designs are supplied with instrumentation necessary for scale up data to be collected accurately and easily. Customisation is available to allow use for small production requirements in continuous, semi continuous or batch operation.”

Pump, Pipe WorkThe feed pump is a stainless steel triplex plunger type, usually variable speed, producing a maximum operating pressure of 80 bar. Most pipe-work in contact with feed fluid is of 316 stainless steel construction. Various pipework options are available, including recycle for high recoveries and additional pressure, temperature and flow indicators.

Heat ExchangerA heat exchanger is fitted to maintain the temperature of the recycled liquor at the desired value. The shell and tube design is of similar construction to the B1 module, 0.6m in length and constructed of AISI 316 stainless steel.

The Membranes and ModulesThe unit can be fitted with:• 1 x 1.2m long B1 tubular module of 0.9m2

membrane area (all applications).• Single 2.5” spiral elements and housing.• Single tube tester for membrane selection.

Unit has 6 x 1.2m long single tubes fitted in series.

CleaningAll membranes are easy to clean by simple clean in place procedures at low pressures. An optional cleaning tank can be supplied. We can recommend the most suitable membrane and module type for your application. We can also provide test programmes, and from the data collected design full-scale plants and supply budget or firm quotations.

Pilot Units

Feed

Recycle

Retentate

RecycleControl

Pressure Control

CIP Inlet

Strainer

Strainer

Concentrate

Variable SpeedPump 12-36 l/min

Membrane andModule Housing

Heat Exchanger Permeate

Heat Exchanger

Pressure Control

Pressure Relief

Shroud Drain

FeedFixed Speed

Pump

PermeateMembrane and Module Housing

PressureRelieFI

FI FI FI

Dimensions

Length (m) 2m (approx)

Height (m) 1.5m

Width (m) 0.8 when fitted with 1.2m B1 modules

Membrane Area (m2) Depending on membrane and module type

Additional Details

Operating Pressure Up to 64 bar depending on membrane type fitted

Operating Temperature 1-80°C depending on membrane type fitted

Membrane Type A range of RO, UF or NF membranes

pH Range 1-14 (to suit membrane type fitted)

Connection

Power Requirements4.0/5.5 kW (fixed/variable speed) 380 or 415 V/3 ph

& earth, 50 Hz

Weight150kg approximately

when fitted with 1.2m B1 module


COMPACT MODULAR DESIGN Quick and easy laboratory setup.




Phone Phone: + 44 (0) 1489 563470

Phone Phone: + 44 (0) 1489 563470




PCI MembranesPilot Scale Production and Processing



Tubular membranes are particularly suited to fluids with high viscosity and/or suspended solids, as their wide flow paths make them highly resistant to blocking. Pre-treatment requirements are minimal, and are often completely avoided – a benefit that makes membranes the most cost effective choice for many small systems.

Membrane DevelopmentOur development chemists continuously refine product performance to expand our range, extending the benefits to users to offer. Our in-house development and manufacturing capability enables us to provide customised membranes tailored for specific applications. This can prove highly beneficial vwhere short process development times are the key. New developments include hydrophilic membranes for lower fouling, improved selectivity, increased solvent, acid and base resistance, improved flux and strengthened membrane supports.

Proprietary Tubular MembranesAll membranes are produced “in-house” in our purpose-built facility, operating under the international Quality Assurance standard ISO 9001:2015. The table (opposite) provides a technical summary of our range of modules which are fully compatible with our tubular membranes.

CleaningThe choice of cleaning chemicals and cleaning frequency depend upon the nature of the process and the membrane type. Acids, Alkalis and Detergents are used as required. Typical cleaning procedures are indicated on the below table. The C10 type applications can also be cleaned mechanically using an automated “pigging” process that uses foam balls and can significantly reduce the need for cleaning chemicals.

ApplicationsApplications where tubular membranes have been selected as the best process solution include:• Wood pulp bleach wastewater separation• Lignosulphonate fractionation• Side-stream (external) membrane

bioreactors (MBRs)• Landfill leachate treatment• Metal finishing wastewater separation• Active Pharmaceutical Ingredient

manufacture• Manufacture of fine chemicals (various)• Dairy applications (e.g. milk

concentration)• Fruit juice clarification• Drinking water treatment• Textile dye processing (e.g. desalting)• Textile process wastewater treatment/

reuse• Clean In Place (CIP) solution recovery• Product recovery• Acid purification• Process R & D (academic and industrial)

Our range of over 22 tubular membranes incorporates products that are suitable for all these applications. The variety of materials employed provides a range of chemical compatibilities, with their exhaustive development delivering unmatched performance. The range also incorporates products with UK Drinking Water Inspectorate approval, proving their suitability for municipal applications.

Quality AssuranceApplications where tubular membranes have PCI Membranes designs, manufactures and provides supply and servicing of equipment for liquid separation.

to the quality standard: BS EN ISO 9001:2015 Destructive testing is carried out on samples of every membrane batch, as well as 100% performance testing of all RO and NF membranes. Finished membranes are preserved and stored under carefullycontrolled conditions to prevent deterioration during storage. A computerised records and bar-coding system provides for complete traceability of each membrane produced, and facilitates traceability to confirm that the membranes meet PCI Membranes high quality standards.

PCI Membrane products are offered with guarantees commensurate with their application and conditions of use. Additionally our experience of delivering membrane solutions allows us to provide extensive process performance guarantees when offering complete systems.

TubularMembranes

Membrane Type Chemical Concentration Temp °C

AFC99 Alkaline Detergent Nitric Acid

0.25%0.3%

5050

AFCC80, 40,30 EnzymeNitric Acid

0.5%0.3%

4545

CA/AN EnzymeNitric Acid

0.5%pH2.0

3030

ES/PU/FP FPN (Excluding FPA/FPT/

LPA/ LMA)

Chlorinated Alkaline detergent Nitric acid

1%0.3%

4545


PCI MembranesPilot Scale Production and Processing



Type Application Length Diameter Membrane Area Standard Options/Comments

A5 UF 3.1m3.7m

83mm83mm

4.0m2

4.75m2 Shroud AISI 316 stainless steel

A19 UF 3.1m3.7m

83mm83mm

2.1m2

2.5m2 Shroud AISI 316 stainless steel

A37 UF 3.7m 119mm 5.2m2 Shroud AISI 316 stainless steel

B1 Parallel Flow UF1.2m2.4m3.7m

100mm100mm100mm

0.9m2

1.7m2

2.6m2For highly viscous materials, and low pressure drop

B1 Twin-Entry UF1.2m2.4m3.7m

100mm100mm100mm

0.9m2

1.7m2

2.6m2

End-caps in epoxy or AISI 316 stainless steel. Shroud AISI 316 stainless steel

B1 Series Flow RO, NF, UF1.2m2.4m3.7m

100mm100mm100mm

0.9m2

1.7m2

2.6m2End-caps in epoxy or AISI 316 stainless steel. Shroud AISI 316

C10 NF, UF0.9m1.8m3.7m

210mm210mm210mm

2.5m2

5.0m2

10.5m2DWI approved ABS wetted parts

Micro 240 RO, NF, UF .03m 63.5mm 0.024m2 AISI 316 stainless steel module (2 membrane tubes). Membrane micropacks available.

Micro 960 RO, NF, UF 1.2m 63.5mm 0.096m2 AISI 316 stainless steel module (2 membrane tubes). Membrane micropacks available.

Single Tube RO, NF, UF 1.2m 12.5mm 0.283m2 For comparing up to 6 membrane types

PCI Membranes supplies its products as components to OEM systems builders, directly to end users (either as components or as complete membrane solutions),and as spares for our own and others’ tubular membrane systems.

Membrane Type Material pH Range Operating

PressureOperating

TemperatureNominal Retention

Character1Generic

Specification Hydrophilicity2 SolventResistance3

Applicable Module/s

AFC99 Polyamide Film 1.5-12 645 80°C 99% NaCl RO 3 ++ B1

AFC80 Polyamide Film 1.5-10.5 60 70°C 80% NaCl RO 4 ++ B1

AFC40 Polyamide Film 1.5-9.5 60 60°C 60% CaCl2 NF 4 ++ B1

AFC30 Polyamide Film 1.5-9.5 60 60°C 75% CaCl2 NF 4 ++ B1/C10

CA202 Cellulose Acetate 2-7.25 25 30°C 2,000 MW UF 5 + B1/C10

ESP04 Modified PES 1-14 30 65°C 4,000 MW UF 2 ++ B1

ES404 Polyethersulphone 1.5-12 30 80°C 4,000 MW UF 2 ++ B1/C10

EM006 Modified PES 1.5-12 30 80°C 6,000 MW UF 4 ++ B1

PU608 Polysulphone 1.5-12 30 80°C 8,000 MW UF 2 ++ B1

ES209 Polyethersulphone 1.5-12 30 80°C 9,000 MW UF 2 ++ B1

PU120 Polysulphone 1.5-12 15 80°C 20,000 MW UF 2 ++ B1

FPT03 PVDF 1.5-10.5 10 60°C 20,000 MW UF 1 +++ A5

FPA03 PVDF 1.5-10.5 7 60°C 20,000 MW UF 1 +++ A19/A37

AN620 Polyacrylonitrile 2-10 10 60°C 25,000 MW UF 5 +++ B1

ES625 Polyethersulphone 1.5-12 15 80°C 25,000 MW UF 2 ++ B1

FPT10 PVDF 1.5-10.5 10 60°C 100,000 MW UF 1 +++ A5

FPA10 PVDF 1.5-10.5 7 60°C 100,000 MW UF 1 +++ A19/A37

FP100 PVDF 1.5-12 10 80°C 100,000 MW UF 1 +++ B1

FPT20 PVDF 1.5-10.5 10 60°C 200,000 MW UF 1 +++ A5

FPA20 PVDF 1.5-10.5 7 60°C 200,000 MW UF 1 +++ A19/A37

FP200 PVDF 1.5-12 10 80°C 200,000 MW UF 1 +++ B1

FPN2006 PVDF 1.5-12 10 65°C 200,000 MW UF 1 +++ B1

LPA450 PVDF 1.5-10.5 7 60°C 450,000 MW UF 1 +++ A19/A37

LMA02 PVDF 1.5-10.5 7 60°C 0.2μm MF 1 +++ A19/A37

PCI Membranes REPLACEABLE MEMBRANE CORE PROVEN … · PCI Membranes Unit 11 Fulcrum2 Solent Way...

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Transcript of PCI Membranes REPLACEABLE MEMBRANE CORE PROVEN … · PCI Membranes Unit 11 Fulcrum2 Solent Way...