standard productswater treatment 20-09-13

Standard ProductsWater Treatment

Standard ProductsWater Treatment

S T A N D A R D P R O D U C T S

Veolia Water Solutions & Technologies (VWS), subsidiary of Veolia

Water, is a specialised provider of technological solutions in water

treatment.

All standard products offered by VWS are manufactured to strict

quality standards, using the best materials.

Standard products have short lead times and can be quickly

installed on site. Many are modular in design and as such are easily

integrated into existing plant.

VWS manufacturing units can provide engineered systems to meet

specific needs. Standard products may also be configured for higher

flow rates, water qualities, etc.

All technologies are supplied and supported by local VWS subsidiaries.

Veolia Water Solutions & Technologies is continually extending and

enriching its offer in order to respond to the changing needs of its

clients.

Related Services, Consumables & Spare Parts: Local after-sales service

and support teams offer preventative and corrective maintenance

programs to ensure the long-term, efficient operation of installed

plant.

Screen & Disc Filtration

Screen and disc fi lters are used to remove particulate impurities from water.

Particles in water can cause problems of erosion in pumps and pipe work and can

block fi ne jets such as spray nozzles. Water fl ows through a screen or between

discs which retain particles larger than the defi ned fi ltration grade. Screen and disc

fi lters do a similar job to cartridge fi lters but the screens/discs are cleaned rather

than replaced, so operating costs are minimal.

Typical applications include:

Protection of domestic water fi ttings

Protection of membrane processes from fouling

Filtration of cooling water to prevent heat exchanger fouling

Pre-fi ltration of process water

Scre

en &

Dis

cFi

ltra

tio

n

Berkal™Protective Filters

Berkal™ disc filtration systems remove contaminants such as fibres, grit, sand and algae.

Flow rates from 10 to 120 m3/hr.

Features & Benefits

• Compact systems with high flowand retention capacities

• Automatic backwashing of indivi-dual filters based on time or pres-sure differential; continual flow,optimised backwash water usage

• Modular design, choice of filtrationgrades from 20 to 400 µm; highlyscalable, flexible

• Combines screen filtration anddepth filtration to ensure highcontaminant removal rates

• Air assisted backwashing; rinsewater consumption is only 0.5% offiltrate capacity

• No consumables; low runningcosts, minimal maintenance

• Corrosion resistant polypropylenepipework

Options• Filtration grades (µm): 20, 50, 100,

130, 200, 400• Backwashing: air aided flushing

(standard), internal or external flushing • Piping: plastic coated steel,

stainless steel

Applications

• Side stream filtration of coolingtower water

• Pre-treatment to softeners, ion exchangers or membrane systems

• Feed water for irrigation systems

• Prevention of corrosion andblockages within pipework, valves,distributors and other equipment

• Municipal wastewater

• Aquaculture

Related Services

Local after-sales service and supportteams offer preventative and corrective maintenance programs to ensure the long-term, efficientoperation of installed plant.

Berkal™System Performance

Temperature and Pressure Ratings

Model

Temp. Range Pressure

Flow Connections BackwashAir**

Width Height DepthRates*

2/1/100

2/2/100(S)

2/3/100(S)

2/4/100(S)

2/5/100(S)

2/6/100(S)

2/7/100(S)

2/8/100(S)

m3/hr

10-15

15-30

30-45

45-60

60-75

75-90

90-105

105-120

litres

46

46

46

46

46

46

46

46

°C

5-35

5-45

5-55

5-65

5-70

bar

0.8-10

0.8-9

0.8-8

0.8-7

0.8-6.5

mm

821

955

1297

1597

1897

2155

2455

2755

mm

834

1101

1101

1129

1129

1129

1156

1156

mm

408

825

825

852

852

848

907

907

Raw

Rp 2"

DN80

DN80

DN100

DN100

DN100

DN150

DN150

Filtrate

Rp 2"

DN80

DN80

DN100

DN100

DN100

DN150

DN150

Backwash

Rp 2"

DN50

DN50

DN50

DN50

DN50

DN50

DN50

*100µm filter**per filter element at 5-6 bar(S) S version is with high-grade steel pipe work

For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below.

Visit our website:www.veoliawaterst.com

In keeping with the progressive nature of the company, we reserve the right to amend details without notice.

VWS CATALOGUE/Berkal™/AQF0021_EN_V1.2

3.8 ¾

4.2 1

4.3 1 ¼

3.8 ¾

4.2 1

1 ¼4/3

190

190

190

190

190

190

423

413

413

463

463

463

190

190

190

190

190

190

30

30

30

30

30

30

Berko 2

104

136

270

297

297108

1 130 270

135

135

135

1352.3

Berko 3 5.0 1 ¼

Berko 4 8.0 1 ½

Berko 5 20.9

0116823620361 ¾ R ¾ R5.401168254203611 R1 R0.60116823620361 ¼ 1 R ¼ 1 R0.90116825720361 ½ 1 R ½ 1 R0.9

979797

120120

9448710761 ¾ R ¾ R3.435490207611 R1 R2.73542220761 ¼ 1 R ¼ 1 R8.72356420761 ½ 1 R ½ 1 R0.0123576207612 R2 R5.11

1422354575

100

Rp 1½Rp 2

DN 65DN 80

DN 100DN 125

Rp 1½Rp 2

DN 65DN 80

DN 100DN 125

R ½R ½R 1R 1R ¼R ¼

101010101010

959595959595

285285370370480480

475475493510600620

1422354575

100

Rp 1½Rp 2

DN 65DN 80

DN 100DN 125

Rp 1½Rp 2

DN 65DN 80

DN 100DN 125

R ½R ½R 1R 1R ¼R ¼

101010101010

959595959595

285285370370480480

530530660665720730

354575

100

DN 65DN 80

DN 100DN 125

DN 65DN 80

DN 100DN 125

R 1R 1R ¼R ¼

10101010

95959595

370370480480

660665720730

Granular Media Pressure Filtration

Granular media is contained within a pressure vessel, typically GRP or coated steel. Water enters the top of the vessel and fl fo deb eht hguorht sdrawnwod swo media, exiting through a collector system at the base. Contaminants are removed by straining and/or adsorption depending on the chosen media. The fi lters must be periodically backwashed.

Depending on the type of fi lter media used, granular media fi ltration has a variety of applications including:

Filtration of water after chemical dosing to remove colloidal haze and turbidity Pre-fi ltration to protect membrane processes from fouling Filtration of cooling water to prevent heat exchanger fouling Filtration of borehole water to remove iron and manganese Removal of chlorine from water to protect ion exchange resins or membranes Increasing the pH of acidic water to prevent corrosion Feed water for drip irrigation systems

Sand is used to remove particulates and suspended solids. For high suspended solids loads, a layer of coarse anthracite may be added above the sand. Multimedia fi ltration may also be used for very fi ne fi ltration by adding a layer of fi ne garnet below the sand. Sometimes two stages of fi ltration are used –often anthracite and sand in the fi rst vessel with sand and garnet in the second. This allows chemicals like polyelectrolytes to be added between the stages to improve fi ltration effi ciency.

Granular activated carbon is widely used to remove chlorine from water prior to ion exchange or reverse osmosis where it could damage the resins or membranes.Dechlorination by activated carbon also removes the taste associated with chlorine.Activated carbon is also used to remove a wide range of organic chemicals including chlorinated hydrocarbons, pesticides and the species that cause taste, odour and co-lour.

Manganese dioxide is used as a catalytic fi lter bed to remove iron and manganese from borehole water for a range of industrial applications.

Dolomite or limestone chips are occasionally used in fi a sa ro enola rehtie ,sretl separate layer above sand, to neutralise low pH waters. The media slowly dissolves and has to be replaced at regular intervals.

Gra

nula

r Med

iaPr

essu

reFi

ltrat

ion

m3 5.22157.0rh/

Inches

mm 620 620 620 620

mm 968 1439 1705 1748

mm 480 480 530 550

kg 55 75 150 200

bar 1.4 - 8.5

bar 10 10 10 10

°C

Rp 1

40 40 40 40

Rp 1 Rp 1 Rp 1

1.4 - 8.5 1.4 - 8.5 1.4 - 8.5

1 ½2 ½2 ½

1 1 ½1 ½2 ½2 ½

800 650 1914 70 522 1666900 750 2140 90 595 1892

1050 900 2140 135 746 18921200 1150 2140 190 896 18921550 1400 2302 320 1250 2005

2 ½

2 ½

2 ½

1900 1450 23002250 1700 2410 2500 2000 26702800 2300 27203000 2450 29203300 2700 30603900 3200 3320

1900 1450 33002250 1700 34102500 2000 36702800 2300 37203000 2450 39203300 2700 40603900 3200 4320

½½ ½½ ½½ ½

½ ½

800 650 1914900 750 2140

1050 900 21401300 1150 21401550 1400 2302

1900 1450 23002250 1700 24102500 2000 26702800 2300 27203000 2450 28903300 2700 30603900 3200 3320

Softening

Salts of calcium and magnesium have low solubility. In water they are collectively called “hardness” and cause a variety of problems in industrial water use, including:

Scale in cooling towers, causing blockages Scale in low pressure steam boilers, reducing heat transfer effi ciency Fouling in reverse osmosis systems, causing loss of performance Scale in hot water calorifi ers (heaters), reducing heat transfer effi ciency Scum in laundries, reducing effi ciency of detergents Deposits in domestic hot and cold water services, contributing to Legionella

problems Streaky deposits in glass and bottle washing

Ion exchange softening is the most widely used softening process. Water is passedthrough a bed of cation exchange resin where calcium and magnesium ions are removed from the water in exchange for sodium ions. When the sodium ions on the resin have been replaced by calcium or magnesium ions, the softening reaction stops and the resin need to be regenerated. Regeneration is achieved by passing a salt solution through the resin bed.

Softening

Soft

enin

g

Berkoion™ SoftenersCompact Range

Berkoion™ Compact softeners provide high quality softened water for industrial and domestic applications.

Flow rates from 1.0 to 2.3 m3/hr.

Features & Benefits:

• Compact designs with integrated brine tanks; space saving, easy installation

• Simplex configuration

• Volume or time based automatic regeneration; minimal operator involvement

• Optimised hydraulic conditions; reduce salt usage, low cost per litre of treated water

A-Series

• Automatically regenerated after 4 days without use; bacterial control, avoids resin problems

• Complete disinfection during regeneration; bacterial control

• Electronic display; simple monitoring and operation

Applications

• Boiler feed

• RO feed water

• General manufacturing

• Glass washing

• Cleaning and rinse waters

• Dishwashing

• Domestic

Related Services

Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.


Model Flow Rates*

Capacity Salt UsagePer Regen.

Connection WorkingPressures

Width Height Depth

m3/hr kg CaCO3 kg inches bar mm mm mm

Z Series

Simplex, time controlled

Z15 KV 1.0 - 1.2 1.1 3.75 R 1 1.4 - 8.5 570 1090 435

A Series

Simplex, volume controlled

A4 KV 1.9 - 2.1 0.18 0.36 Rp 1 1.4 - 8.0 500 665 320

A13 KV 2.0 - 2.3 0.64 1.17 Rp 1 1.4 - 8.0 590 1090 280

*A Series - With pressure loss of 0.8 bar and mixing from 20 to 8°dH (358 to 143 ppm CaCO3)Z15 KV - With pressure loss of 0.32 bar at 1.2 m3/h

System Performance


VWS CATALOGUE/Berkoion™ Compact Range/AQF0013_EN_V2.0-Nov.13

Resin Vessels Glass Reinforced Plastic (GRP)

Brine Tanks Polyethylene (PE)

Material Specifications

Potable water free from organic contamination and suspended matter. Maximum temperature 30°C (40°C for Z15 KV).

Feed Water Requirements

All models 230V 50Hz standard


Electrical Supply

Berkoion™ Softeners

Berkoion™ SoftenersClassic Duplex Range

Berkoion™ Classic Duplexsofteners provide high qualitysoftened water for industrialapplications.

Flow rates from 1.4 to 17 m3/hr.


• Proven designs and materials; efficient operation, easy to maintain, reliable

• Volume controlled automatic regeneration; minimal operator involvement, efficient operation

• Bercore™ counter current regeneration; reduces salt usage and waste, lowers cost per litre of treated water, improves treated water quality

• Duplex design; continual flow of treated water

Specific models

• Advanced controller with LCD display; range of control options, easy to use, integrates with centralized control systems

Applications

• Boiler feed

• Glass washing


• RO feed water


Related Services



Model Flow Rates Capacity Salt UsagePer Regen.


Width Height Depth

m3/hr kg CaCO3 kg Rp (inches)/DN(mm) bar mm mm mm

Volume controlled

AWA 2-25 1.4 - 2.0 1.3 2.5 Rp 1 1.8 - 8.5 1110 1087 390

AWA 2-45 2.3 - 3.2 2.3 4.0 Rp 1 2.0 - 8.5 1310 1577 530

AWA 2-70 2.8 - 3.5 3.5 6.5 Rp 1 2.0 - 8.5 1447 1556 530

AWA 2-90 4.0 - 5.0 4.5 8.0 Rp 1 2.0 - 8.5 1579 1832 600

AW 2-105 6.0 - 7.2 4.8 8.6 DN 40 2.0 - 8.5 1748 1918 650

AW 2-150 8.0 - 10.0 7.1 12.6 DN 40 2.5 - 8.5 2190 1928 980

AW 2-250 12.0 - 14.0 12.2 21.6 DN 50 2.5 - 8.5 2482 1895 995

AW 2-350 15.0 - 17.0 17.3 30.6 DN 50 2.5 - 8.5 2853 2228 1185

Displays & ControllersAW 2-25, AW 2-45, AW 2-70, AW 2-90Microprocessor controller with LED display.AW105, AW150, AW250, AW350Advanced microprocessor controller with LCD display. Intuitive symbol based keypad; programmable with retentive memory; indication of current flow rate, capacity remaining before next regeneration; pulse input. May be connected to centralized control system.

System Performance


VWS CATALOGUE/Berkoion™ Classic Duplex Range/AQF0040_EN_V3.0-Nov.13




Potable water free from organic contamination and suspended matter. Maximum temperature 40°C.




Electrical Supply


Berkoion™ SoftenersHigh Flow Duplex Range

Berkoion™ High Flow Duplexsofteners provide high qualitysoftened water for industrialapplications.

Flow rates from 2.7 to 68 m3/hr.


• Proven designs and materials; efficient operation, easy to maintain, reliable

• Volume controlled automatic regeneration; minimal operator involvement, efficient operation

• Bercore™ counter current regeneration; reduces salt usage and waste, lowers cost per litre of treated water, improves treated water quality

• Duplex design; continual flow of treated water

• Multiple individual valves; reduce pressure loss by almost 50% compared to single valve systems

• Advanced controller with LCD display; range of control options, intuitive operation, integrates with centralized control systems

Applications

• Boiler feed

• Glass washing


• RO feed water


Related Services



Model Flow Rates Capacity Salt UsagePer Regen.


Width Height Depth

m3/hr kg CaCO3 kg mm bar mm mm mm

Volume controlled

AW 2-550 2.7 - 27.0 28.0 49.5 DN 80/80 3.0 - 8.5 3195 2650 1390

AW 2-800 3.9 - 39.0 40.7 72.0 DN 100/80 3.0 - 8.5 3945 2735 1695

AW 2-1050 5.1 - 51.0 53.4 94.5 DN 100/80 3.0 - 8.5 4490 2815 1770

AW 2-1400 6.8 - 68.0 71.2 126.0 DN 100/100 3.0 - 8.5 4665 2910 1925

Displays & ControllersAW SeriesAdvanced microprocessor controller with LCD display. Intuitive symbol based keypad; programmable with retentive memory; indication of current flow rate, capacity remaining before next regeneration; pulse input. May be connected to centralized control system.

*All models require a source of compressed air

System Performance


VWS CATALOGUE/Berkoion™ High Flow Duplex Range/AQF0043_EN_V2.0-Nov.13



Pipework Polyvinyl Chloride (PVC)


Potable water free from organic contamination and suspended matter. Maximum temperature 40°C.




Electrical Supply


Reverse Osmosis

Reverse osmosis (RO) is a process that uses a membrane to remove over 95% of dissolved salts, such as calcium bicarbonate and sodium chloride, from water. It is used either alone or in combination with processes such as ion exchange in a variety of industrial applications where the total dissolved solids (TDS) concentration in water has to be reduced, including:

Purifi ed water for pharmaceutical manufacturing Laboratory glassware washing Semiconductor rinse water Process water Water for soft drinks production and brewing Boiler feed water Desalination of brackish or sea water to drinking water quality Recycling and reuse

The RO membrane also acts as a very fi ne fi lter removing 99% of suspended and colloidal solids, bacteria and organic molecules with molecular weights in excess of about 200Da. This makes the process particularly attractive for applications where treated water not only has to be low in TDS but also of high clarity and free from bacteria, such as that used for soft drinks and pharmaceuticals manufacturing.

Reverse Osmmossis

Reve

rse

Osm

osis

SIRION MiniTM

Reverse Osmosis Systems

SIRION MiniTM reverse osmosis systems produce high puritywater, removing up to 98% of dissolved inorganics and over99% of large dissolved organics,colloids and particles.

Flow rates from 10 to 90 l/hr.

Features & Benefits

Low energy membranes result inlower operating pressures; cost savings

Optimized flow:size ratio; space saving and efficient

5µm pre-filtration included withinunit; membrane protection

Digital user interface; simple operation, monitoring of conductivity and temperature

Dry run monitor; pump protection

Treated water diverted at start-up;ensures water quality

Timed recirculation rinse; reducesmembrane fouling

Option

Output to PLC via analogue signalfor conductivity monitoring

Applications

Micro Electronics

Boiler feed

Hospitals

Food and beverage industry

Automotive industry

Laboratory

Industrial process water

Related Services




VWS CATALOGUE/SIRION™ Mini/AQF0010_EN_V3.0

SIRION MiniTM

System Performance Model 10-15 EP 10-40 EP 10-80 EP

Nominal Flows at 12°C*Permeate 09-0654-0302-01rh/l

Feed 0710904rh/l

Typical Salt Rejection 89-6989-6989-69%

Pump Motor Size 52.052.052.0Wk

*Flow rates are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3.

System Dimensions Model 10-15 EP 10-40 EP 10-80 EP

Height 796796796mm

Depth 083083083mm

Width 054054054mmWeight 360653gk

Pipe ConnectionsModel

Feed Water (BSPP Male) 1/2''

mm 8mm 8mm 8

mm 8mm 8mm 8

''2/1''2/1

Permeate (push in)Concentrate (push in)

Feed Water Supply QualityPotable water free from organic contamination, chlorine and suspended matter. Softening may be required for hard water areas.

Supply Pressure rab 6.xamrab 2.nimTemperature C°52.xamC°2.nim

Electrical SupplyAll models 230V 50Hz standard.


10-15 EP 10-40 EP 10-80 EP

SIRION™ MidiReverse Osmosis Systems

SIRION™ Midi reverse osmosissystems produce high puritywater, removing up to 98% of dissolved inorganics and over99% of large dissolved organics,colloids and particles.


Features & Benefits

Low energy membranes result in lower operating pressures; cost savings

Optimised flow:size ratio; space saving and efficient

1µm pre-filtration included withinthe unit; membrane protection

Programmable user interface; simple operation, monitoring andstorage (14 days) of flow rate,conductivity and temperature values

Modem & RS232 connections




Option

Output to PLC via analogue signalfor conductivity monitoring

Applications

Boiler feed

Industrial process water

Cleaning and rinse waters

Healthcare

Pharmaceuticals

Laboratory

Reuse/recycling

Related Services

Local after-sales service and support teams offer preventativeand corrective maintenance programs to ensure the long-term,efficient operation of installed plant.

Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized operation.



VWS CATALOGUE/SIRION™ Midi/AQF0009_EN_V3.1 - Dec.13

SIRION™ MidiSystem Performance

ModelNominal Flows at 12°C*PermeateFeedTypical Salt RejectionPump Motor Size


System Dimensions ModelHeight mmDepth mm

mmkg

WidthWeight

Feed Water Supply QualityPotable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required.

Supply PressureTemperature

Electrical Supply10-100EP to 10-300EP models 230V, 1ph, 50 Hz standard10-500EP & 10-750 EP models 400V, 3ph–N–PE, 50 Hz standard



Feed Water (push in)Permeate (push in)First Permeate (push in)

Concentrate (push in)

101062060059

10-100 EP

12 mm

12 mm12 mm12 mm

10-100 EP

90-110150

96-980.56

10-100 EP

l/hrl/hr%

kW

126062060061

10-200 EP

12 mm

12 mm12 mm12 mm

10-200 EP

10-200 EP

180-220300

96-980.56

126062060068

10-300 EP

12 mm

12 mm12 mm12 mm

10-300 EP

10-300 EP

280-330450

96-980.56

126062060073

10-500 EP

15 mm

15 mm15 mm12 mm

10-500 EP

10-500 EP

450-550750

96-981.5

126062060095

10-750 EP

15 mm

15 mm15 mm12 mm

10-750 EP

10-750 EP

650-800100096-98

1.5

rab 6.xamC°52.xam

rab 2.nimC°2.nim

SIRION™ MaxiReverse Osmosis Systems

SIRION™ Maxi reverse osmosissystems produce high puritywater, removing up to 98% of dissolved inorganics and over99% of large dissolved organics,colloids and particles.


Features & Benefits

• Low energy membranes result in lower operating pressures; cost savings

• Optimised flow:size ratio; space saving and efficient

• 1µm pre-filtration included withinthe unit; membrane protection

• Programmable user interface; simple operation, monitoring andstorage (14 days) of flow rate,conductivity and temperature values

• Modem & RS232 connections

• Dry run monitor; pump protection

• Treated water diverted at start-up;ensures water quality

• Timed recirculation rinse; reducesmembrane fouling

Option

• Output to PLC via analogue signalfor conductivity monitoring

Applications

• Boiler feed• Industrial process water


• Reuse/recycling

• Healthcare

• Pharmaceuticals

Related Services


Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.



VWS CATALOGUE/SIRION™ Maxi/AQF0007_EN_V3.1 - Dec.13

System Performance Model 14-500-EP 14-750-EP 14-1000-EP 14-1500-EP 14-2000-EP 14-2500-EP 14-3000-EP 14-4000-EP 14-5000-EPNominal Flows at 12°C*PermeateFeedTypical Salt Rejection %Pump Motor Size


System Dimensions Model 14-500-EP 14-750-EP 14-1000-EP 14-1500-EP 14-2000-EP 14-2500-EP 14-3000-EP 14-4000-EP* 14-5000-EP*

HeightDepth mmWidth mmWeight kg

*If height is an issue consider the SIRION™ Mega


Supply Pressure rab 6.xamrab 2.nimTemperature C°52.xamC°2.nim

Electrical SupplyAll models 380/415V, 3 phase, 50Hz standard.

All connections are union socket - PVC-U


Pipe ConnectionsModel 14-500-EP

Feed DN 20

DN 15DN 15

DN 15

14-750-EP

DN 20

DN 15DN 15

DN 15

14-1000-EP

DN 20

DN 15DN 15

DN 15

14-1500-EP

DN 25

DN 15DN 25

DN 25

DN 25

DN 15DN 25

DN 25

14-2000-EP 14-2500-EP

DN 32

DN 25DN 25

DN 25

DN 32

DN 25DN 25

DN 25

14-3000-EP 14-4000-EP

DN 40

DN 25DN 32

DN 32

14-5000-EP

DN 40

DN 25DN 32

DN 32

PermeateFirst Permeate

Concentrate

23581070636290

16301070636240

2358

3306361070

2358

3706361145

2358

4106361070

2950

3008001200

2950

32580012001070

636220

1630

1070636200

1630mm

l/hrl/hr

kW

96-98

450-500700

2.2

96-98

650-8001000

2.2

96-98

950-11001400

2.2

96-98

1450-16002000

4.0

96-98

1950-21002700

4.0

96-98

2450-26003300

4.0

96-98

2900-31004000

4.0

96-98

3800-40005200

4.0

96-98

4700-50006250

5.5

SIRION™ Maxi

SIRION™ MegaReverse Osmosis Systems

SIRION™ Mega reverse osmosissystems produce high puritywater, removing up to 98% of dissolved inorganics and over99% of large dissolved organics,colloids and particles.


Features & Benefits

Low energy membranes result in

Frequency controlled variable speedpump can save up to 50% of theelectrical power required byconventional systems

lower operating pressures; cost savings

5µm pre-filtration included withinthe unit for membrane protection

Programmable user interface; simple operation, monitoring andstorage (14 days) of pressure, flowrate, conductivity and temperaturevalues

Modem & RS232 connections




Options

Anti-scalant/sodium bisulfate dosing equipment

Output to PLC via analogue signal

pH control

Concentrate rinse valve

for conductivity monitoring

Applications

Boiler feedIndustrial process waterCooling waterReuse / recyclingHealthcareBiotechnologiesElectronicsHospitalsChemical industryPrimary metals

Related Services


Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.



VWS CATALOGUE/SIRION™ Mega/AQF008_EN_V4.1 - Dec.13

SIRION™ Mega


Supply Pressure rab6.xamrab2.nimTemperature C°03.xamC°2.nim

Electrical SupplyAll models 380/415V, 3 phase, 50Hz standard.


System Performance ModelNominal Flows at 10°C*PermeateFeedTypical Salt RejectionPump Motor Size

*Flow rates are dependent on feed water quality and temperature, the above values are based on 1000 ppm TDS, 10°C & SDI <3.

System Dimensions Model

HeightDepthWidthWeight (dry)

*If height is not an issue consider the more compact SIRION™ Maxi

All connections are union socket - PVC-U


FeedPermeateConcentrate

m3/hrm3/hr

kW%

mmmmmmkg

110 x 2

56.3

96-987.5

17509004100980

110 x 2*

110 x 2DN 40DN 40DN 40

110 x 3

7.59.4

96-9811

185090041001100

110 x 3

110 x 3DN 40DN 40DN 40

110 x 4

1012.5

96-9811

1850900

49001150

110 x 4

110 x 4DN 50DN 40DN 40

210 x 4

1518.8

96-9815

1850900

49001200

210 x 4

210 x 4DN 50DN 50DN 40

211 x 4

2025

96-9818.5

2150900

49001350

211 x 4

211 x 4DN 65DN 50DN 40

211 x 5

2531.3

96-9822

2255900

59001700

211 x 5

211 x 5DN 65DN 65DN 40

3037.5

96-9830

320 x 5

2280900

59001700

320 x 5

320 x 5DN 80DN 65DN 50

SIRION MultipureTM


SIRION MultipureTM reverse osmosis systems are specifically designedto treat brackish waters. They reject over 99% of the salt contained within the feed water.

Flow rates for standard systemsrange from 4.7 to 104.2 m3/hr forfeed waters of up to 5 000 ppm(TDS.)

Features & Benefits

• Standardized and skid-mounted;short lead times and quick start-up

• Small footprint; easily integratedinto existing plant

• Chemical pre-treatment; protectsthe RO membranes

• High pressure pump with variablefrequency drive; efficient and quietoperation

• State-of-the-art RO membranes

• Flushing and chemical cleaning system; removes salt deposits, prevents scaling and maintains system performance

• Touch screen interface for easy operation

• PLC control

Applications

• Production of potable water

• Industrial process water

• Agricultural irrigation

• Industrial water reuse

Related Services


Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia Water Solutions & Technologies should beused for optimized plant operation.



VWS CATALOGUE/SIRION™ Multipure/AQF0016_EN_V2.0

SIRION MultipureTM

Equipment Performance & Dimensions pmuPsenarbmeMsnoisnemiD lanimoNC°51 @ wolF

Model Feed Permeate Recovery WxDxH Weight 1st array 2nd array Powerm3/hr m3/hr % m kg Quantity Quantity kW

Feed water TDS up to 1000 ppmRO 100/1 5.94 4.17 70RO 150/1 8.92 6.25 70RO 225/1 14.29 9.38 70RO 325/1 19.10 13.54 70RO 425/1 23.39 17.71 75RO 500/1 27.67 20.83 75RO 600/1 32.94 25 75RO 750/1 41.34 31.25 75RO 850/1 47.41 35.42 75RO 1100/1 61.19 45.83 75RO 1300/1 72.13 54.17 75RO 1450/1 80.66 60.42 75RO 1800/1 100.13 75 75RO 1900/1 105.7 79.17 75RO 2100/1 116.82 87.5 75RO 2200/1 122.39 91.67 75RO 2500/1 139.07 104.17 75Feed water TDS up to 3000 ppmRO 100/3 6.41 4.17 70RO 125/3 7.38 5.21 70RO 200/3 12.78 8.33 70RO 280/3 17.89 11.67 70RO 375/3 22.18 15.75 70RO 450/3 26.65 18.79 70RO 550/3 32.44 23 70RO 650/3 38.43 27.25 70RO 780/3 46.21 32.63 70RO 1000/3 55.48 41.67 75RO 1175/3 65.28 48.96 75RO 1350/3 75 56.25 75RO 1500/3 83.33 62.5 75RO 1700/3 94.57 70.83 75RO 1800/3 100 75 75RO 1900/3 105.56 79.17 75RO 2100/3 116.82 87.5 75RO 2400/3 133.51 100 75Feed water TDS up to 5000 ppmRO 100/5 6.33 4.17 70RO 175/5 11.13 7.29 70RO 250/5 15.93 10.42 70RO 350/5 22.32 14.67 70RO 400/5 25.46 16.75 70RO 500/5 31.61 20.83 70RO 600/5 38.46 25 70RO 700/5 44.39 29.17 70RO 900/5 53.57 37.5 70RO 1100/5 65.48 45.83 70RO 1250/5 74.4 52.08 70RO 1550/5 92.26 64.58 70RO 1650/5 98.21 68.75 70RO 1750/5 104.17 72.92 70RO 1950/5 116.07 81.25 70RO 2150/5 127.98 89.58 70

ytilauQ ylppuS retaW deeFsnoitacfiicepS lairetaM

Pressure Vessels FRP 400 psi Feed Water Design Temp. (°C) 15Pipework AISI 316L SCH40 for high pressure Max. SDI 3

Others: uPVC Max. Turbidity (NTU) 1Skid Epoxy coated carbon steel Max. TOC (ppm) 3Pump Material AISI 304 or 316L (depending on TDS) Iron (ppm) < 0.1Pump Type Centrifugal submersible multistage sleeved Manganese (ppm) < 0.1Control Cabinet Painted carbon steel to IP54 Free Chlorine (ppm) < 0.1Membranes Polyamide spiral wound (8”)

5x1.7x2.25x1.7x2.25x1.7x2.2

5.5x1.7x2.27.5x1.7x2.25.5x1.7x2.26.5x1.7x2.27.5x1.7x2.26.5x1.7x2.27.5x1.7x2.27.5x1.7x2.27.5x1.7x2.2

(9x2x2.2) + (9x1.5x2.2)(9x2x2.2) + (9x1.5x2.2)(9x2x2.2) + (9x1.5x2.2)(9x2x2.2) + (9x1.5x2.2)(9x2x2.2) + (9x1.5x2.2)

5x1.7x2.25x1.7x2.25x1.7x2.2

5.5x1.7x2.25.5x1.7x2.25.5x1.7x2.26.5x1.7x2.27.5x1.7x2.27.5x2x2.27.5x2x2.27.5x2x2.27.5x2x2.27.5x2x2.2


5x1.7x2.25x1.7x2.2

5.5x1.7x2.27.5x1.7x2.25.5x1.7x2.26.5x1.7x2.27.5x1.7x2.26.5x1.7x2.27.5x1.7x2.27.5x1.7x2.27.5x1.7x2.2


140014501600170019002100220023002500320034503700

4300+43004550+45504800+48005000+50005500+5500

1400145015001600180021002350240025753200345037004000

4300+43004550+45504800+48005000+50005500+5500

9701100140016101600195022002575320034503700

4300+43004550+45504800+48005000+50005500+5500

236812121518202430304242485460

23681212151820243030364242485460

36812121518202430304242485460

2334681012151818242430303036

233468101215181824242430303036

334681012151818242430303036

7.59.211

18.518.5222630303745556375757592

131113

18.518.522303037455555637575929292

111322222230373755556375929292110


SIRION130 - 350 Series

™ Basic


SIRION™ Basic reverse osmosissystems produce high puritywater, removing up to 98% ofdissolved inorganics and over99% of large dissolved organics,colloids and particles.

Flow rates from 100 to350 l/hr.

Features & Benefits• Low energy membranes result in

lower operating pressures; cost savings

• Simple instrumentation with manual pressure gauges and manual flow-meters; low cost

• Optimized flow: size ratio; space saving and efficient

• 1µm pre-filtration included within unit; membrane protection

• Programmable user interface; simple operation, monitoring of conductivity

• Dry run monitor; pump protection• Timed recirculation rinse; reduces

membrane fouling

Options• Treated water diverted at start-up;

ensures water quality• Monitoring of temperature

Applications• Air conditioning • Heating system• Boiler feed water

Related ServicesLocal after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

Hydrex® ChemicalsHydrex® 4000 water treatment chemicals from Veolia WaterSolutions & Technologies should be used for optimised operation.



VWS CATALOGUE/SIRION™ Basic 130-350 Series/AQF059_EN_V3.1

Model 130 250 350

Nominal Flows at 12°C

Permeate l/hr 100-130 200-250 300-350

Feed l/hr 125-175 250-335 375-470

Typical Salt Rejection % 96-98 96-98 96-98

Pump Motor Size kW 0.55 0.55 0.55

*Flow rates are dependent on feed water quality.All capacity data is referenced to 12°C water temperature and a feed water total salt contents of 750 ppm.

System Performance

Model 130 250 350

Height mm 1040 1260 1260

Depth mm 380 380 380

Width mm 600 600 600

Weight kg 59 61 68

System Dimensions

Model 130 250 350

Feed Water, Permeate, First Permeate, Concentrate 12 mm 12 mm 12 mm

Pipe Connections

Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required.

Supply Pressure min. 2 bar max. 6 bar

Temperature min. 5°C max. 25°C

Feed Water Supply Quality

230V, 50Hz standard.

Electrical Supply

For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below.

SIRION™ Basic (130 - 350 Series)

SIRION5000 - 20000 Series

™ Basic


SIRION™ Basic reverse osmosis systems produce high purity water, removing up to 98% of dissolved inorganics and over 99% of large dissolved organics, colloids and particles.


Options• Anti-scalant/sodium bisulfate

dosing equipment • Treated water diverted at start-up;

ensures water quality

Features & Benefits• Low energy membranes result in

savings• 5µm pre-filtration included within

the unit for membrane protection• Programmable user interface;

simple operation, monitoring, conductivity and temperature values

• Dry run monitor; pump protection• Timed recirculation rinse; reduces

membrane fouling• Simple instrumentation with

manual pressure gauges and manual flow-meters; low cost

Applications• Air conditioning • Heating system• Boiler feed water

Related ServicesLocal after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

Hydrex® ChemicalsHydrex® 4000 water treatment chemicals from Veolia WaterSolutions & Technologies should be used for optimised operation.


VWS CATALOGUE/SIRION™ Basic 5000-20000 Series/AQF061_EN_V2.1


Model 5000 7500 10000 15000 20000

Nominal Flows at 12°C

Permeate m3/hr 5 7.5 10 15 20

Feed m3/hr 6.3 9.4 12.5 18.8 25

Typical Salt Rejection % 96-99 96-99 96-99 96-99 96-99

Pump Motor Size kW 7.5 11 11 15 18.5

*Flow rates are dependent on feed water quality and Temperature, the above values are based on 1000 ppm TDS, 12°C.

Equipment Performance

Model 5000 7500 10000 15000 20000

Height mm 1800 1800 1800 1800 1800

Depth mm 860 860 860 860 860

Width mm 3350 3760 4775 4815 4900

Weight (dry) kg 950 1050 1100 1150 1300

System Dimensions

Model 5000 7500 10000 15000 20000

Feed DN40 DN40 DN50 DN50 DN65

Permeate DN40 DN40 DN40 DN50 DN50

Concentrate DN25 DN25 DN25 DN32 DN32

All connections are union socket - PVC-U.

Pipe Connections

Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required.

Supply Pressure min. 2 bar max. 6 bar

Temperature min. 5°C max. 30°C

Feed Water Supply Quality

All models 380/415V, 3 phase, 50Hz standard.

Electrical Supply

SIRION™ Basic (5000 - 20000 Series)


SIRION Sea WaterTM


SIRION Sea Water TM reverse osmosis systems are specifically designed to treat seawater.They reject over 99% of the saltcontained within the feed water.

Flow rates for standard systemsrange from 1 to 41 m3/hr for feedwaters of up to 36 000 ppm (TDS).

Features & Benefits

• Standardized and skid-mounted;short lead times and quick start-up

• Small footprint; easily integratedinto existing plant

• Chemical pre-treatment; protectsthe RO membranes

• High pressure pump with variablefrequency drive; efficient and quietoperation

• Energy recovery device for highflow rate models; energy savings of 35-55%

• State-of-the-art RO membranes

• Flushing and chemical cleaning system; removes salt deposits, prevents scaling and maintains system performance

• Touch screen interface for easy operation

• PLC control

Applications

• Production of potable water

• Agricultural irrigation

• Industrial process water

Related Services

Local after-sales service and supportteams offer preventative and corrective maintenance programs toensure the long-term, efficient operation of installed plant.

Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia Water Solutions & Technologies should beused for optimized plant operation.

SIRION Sea WaterTM

Equipment Performance & Dimensions Flow @ 20°C

RecoveryDimensions Membranes Pump

Model rewoPytitnauQthgieWHxDxWetaemreP deeFm3/hr m3/hr % m kg - kW

D-25 5.30 1.06 20

D-50 6.42 2.12 33

D-75 7.95 3.18 40

D-100 10.60 4.24 40

D-125 13.25 5.30 40

D-150 15.88 6.35 40

D-190-PX 19.88 7.95 40

D-230-PX 23.88 9.55 40

D-270-PX 26.55 11.15 42

D-360-PX 35.36 14.85 42

D-450-PXD-450-T

44.17 18.55 42

D-530-PX 52.98 22.25 42

D-530-T 52.98 22.25 42

D-620-PX 61.90 26.00 42

D-620-T 61.90 26.00 42

D-710-PX 70.48 29.60 42

D-710-T 70.48 29.60 42

D-800-PX 79.45 33.37 42

D-800-T 79.45 33.37 42

D-890-PX 88.33 37.10 42

D-890-T 88.33 37.10 42

Material SpecificationsLow PressurePrefilter Housing Polyamide (PA)Filter Element PolypropyleneDosing Pumps PVC head, Teflon-coated EPDM diaphragmChemical Product Tanks PEFlushing and Chemical Cleaning Tank FRPFlushing and Chemical Cleaning Pump Stainless steelPiping and Accessories PVC-U / PN-16High PressureHigh-Pressure Pump Stainless Steel AISI 904-L / Super Duplex

(depending on the model)Pressure Vessels FRPRO Membranes Link crossed aromatic polyamide (8”)Piping and Accessories Stainless steel for seawater applications

AISI 904-L (Standard) ZERON/ 254 SMO (Options)Skid Epoxy-painted carbon steel

Feed Water Supply QualityRaw Water Design Temperature 02C°Raw Water Maximum Turbidity 1UTNRaw Water Minimum Pressure 3rabSDI <3



VWS CATALOGUE/SIRION™ Sea Water/AQF0017_EN_V3.0

3x1.7x2.2

3x1.7x2.2

4x1.7x2.2

5x1.7x2.2

6x1.7x2.2

4x1.7x2.2

6.5x1.7x2.2

8x2x2.2

8.5x2x2.2

8.5x2x2.2

9x2x2.2

9x2x2.2

10x2x2.2

9x2x2.2

10x2.15x2.2

9.5x2.15x2.2

10x2.15x2.2

9.5x2.15x2.2

10x2.15x2.2

9.5x2.15x2.2

10x2.15x2.2

9.5x2.15x2.2

1600

1700

1800

1900

2000

2100

2200

3100

3400

3700

4025

3975

4325

4275

4525

4475

4530

4500

4535

4525

4600

4550

2

4

6

8

10

12

15

18

21

28

35

35

42

42

49

49

56

56

63

63

70

70

18.5

22

22

2x15

2x22

2x22

22+2.2

30+2.2

2x18.5+3

2x22+3

2x30+4

75

55+5.5

75

55+5.5

110

75+7.5

110

75+7.5

11.

90+7.5

132

44.17 18.55 42


Ultrafi ltration

Ultrafi ltration is a membrane separation process similar to microfi dna noitartl reverse osmosis. However, it diff ers in terms of the size of particles removed and its operation. Ultrafi ltration operates at low pressures and is capable of removing suspended solids including fi thgiew ralucelom hgih dna sdiolloc ,setalucitrap en dissolved materials.

Applications include: Surface water Borehole water Swimming pool water Recycling/reuse RO feed water Oil/water separation in emulsion Recovery of metal particles Regeneration of degreasing/cleaning solutions

Ultrafi ltratioon

Ultr

afi lt

ratio

n

2.5 to 44

2.5 to 176

55

55

11 165 220

110 165 220

2.5 - 11 5 - 22 7.5 - 33 10 - 44

55 11 165 2202236/2156* 2236/2156* 2252/2178* 2276/2194*

1648 1657 2635 2655

50 50 50

3 - 19 Aug.2013

Deionisation

There are many industrial processes in which the presence of any dissolved salts in water can cause problems. Removing all the dissolved salts from water is called deionisation or demineralisation. Processes that need high purity water include:

High pressure boilers Chemical manufacture Toiletries and cosmetics production Humidifi cation systems Battery top-up Surface fi nishing

For industrial processes requiring high purity water, the most widely used purifi cation technology is twin bed ion exchange deionisation. The ion exchange resins are contained in two separate pressure vessels and fl ow through them in series. Raw water enters the cation exchange vessel and passes down through the resin bed where calcium, magnesium, sodium and other cations are removed from the water in exchange for hydrogen ions. The water then passes through the anion exchange vessel where chloride, sulfate, bicarbonate and other anions are removed in exchange for hydroxide ions. When the hydrogen and hydroxide ions on the resins have been replaced by the cations and anions from the water, the deionisation reaction stops and the resins need to be regenerated.

Deionisationn

Dei

onis

atio

n

004003051

m3 0.4 - 0.10.3 - 5.05.1 - 52.0rh/

0.6 - 0.40.6 - 0.40.6 - 0.4rab

0.38.26.1rab

0.35.38.2sruoh

m3 0.48.20.2rh/

m3 0.26.10.1

530201l

l

l

143211

5.734201

m3 0010652

004003051

050256915051mm

007076076mm

05210701078mm

000100010001mm

000100010001mm

059538084gk

111sehcni

111sehcni

111sehcni

004003051

02<01<01<l/gm

02< :egarevA 03< :mumixaMmc/Sμ

Continuous Electrodeionisation (CEDI)

Continuous Electrodeionisation (CEDI) is a technology combining ion exchange resins and ion-selective membranes with direct current to remove ionised species from water. It overcomes the limitations of ion exchange resin beds, notably the release of ions as the beds exhaust and the associated need to change orregenerate the resins. Reverse osmosis (and sometimes membrane degassing) is typically used prior to CEDI to ensure that the CEDI stack is not overloaded with high levels of salts.

Applications include: Pharmaceutical High pressure boiler feed Humidifi cation systems Microelectronics Central laboratory

Continuous Eleectrodeiionisatiion (CEDDI)

CED

I

Ultraviolet Disinfection

Ultraviolet (UV) technology is an eff retaw rof ygolonhcet eerf-lacimehc evitce disinfection.

UV disinfection can be applied to: Process water Wastewater

An ultraviolet (UV) disinfection system transfers electromagnetic energy from a mercury arc lamp to organisms’ genetic material. UV radiation, generated by an electrical discharge through mercury vapour, penetrates the microorganisms and destroys or slows down their ability to reproduce. The eff ectiveness of a UV disinfection system depends on the characteristics of the water, the intensity of UV radiation, the amount of time the microorganisms are exposed to the radiation, and the reactor confi guration. For any one treatment plant, disinfection success is directly related to the concentration of colloidal and particulate constituents in the water.

Ultraviolet DDisiinfectioon

UV

Dis

infe

ctio

n

UV Water TreatmentUV Disinfection - Industrial range

Ultra Violet (UV) technology is an effective chemical-freetechnology for water disinfection.

Capacity: up to 112 m3/hr for disinfection

Features & benefits:

• Compact, easy to install ; can be mounted horizontally or vertically depending the models

• Conveniently fit into existing pipework

• Easy to maintain and operate

• Low operation cost

• Silent operation

• Chemical-free process ; safety

• Environmentally-friendly: No production of toxic by-products

• Typical lamp operating life of up to 16,000 hours

• No effect on pH, colour, flavour or aroma

• No detrimental effect on product stability

• No residue

• Overdosing not possible

• UV Chamber in 316L stainless steel construction

• Quick replacement of Arc Tubes

• Optional UV monitor

Applications

• Production of pure water

• Electronics and semiconductor industry

• General industries

• Destruction of residual ozone after disinfection and sanitisation (deozonisation)

Related services

Local after-sales service andsupport teams offer preventative and corrective maintenanceprograms to ensure the long-term, efficient operation of installed plant.


Model Max Flow

m3/hr

Power

W

Dia

mm

Length

mm+/- 5mm

Weight

kg

Connections

PN16 Flange

A B Lamp Total Empty Full

UV 35 i 3.5 3.6 80 105 63 920 5 6 1’’

UV 64 i 6.4 7.2 80 105 102 958 7 12.5 1½’’

UV 127 i 12.7 14.1 140 170 102 1385 9 17.5 2’’

UV 230 i 23 23 270 320 102 1385 9 17.5 2’’

UV 468 i 46.8 56 270 320 168 1437 25 52 3’’

UV 900 i 89 112 550 630 206 1985 46 107 6’’

A – Disinfection at 26mJ/cm2 RED MS2 Phage, 95% T10 transmittance at the end of lamp lifeB – Disinfection at 26mJ/cm2 RED MS2 Phage, 98% T10 transmittance at the end of lamp life

Specifications

Material AISI 316L : DN 1.4404 Water Temperature +5 to +40°C

Finish External Passivated & Electropolished Maximum CIP Temperature 95°C

Protection IP65 / NEMA 4 Finish internal: As made pipe and tube, welds left as laid,

electropolished and passivated

Finish internal: As made pipe and tube, welds left as laid,

electropolished and passivated

Pressure 9 bar, max operating* * UV 900i 6 Bar max operating pressure

Mounting Horizontal or Vertical** *Note UV900i cannot be mounted vertically

UV Chamber Specifications


VWS CATALOGUE/UV Water Treatment - Industrial range/ AQF060_EN_V2.0

Enclosure Material Powder Coated Carbon Steel

Power Supply 230V 50/60Hz

Cable 5m maximum Control Box to UV Chamber

Ambient +5 to +40°C

Indicator Lamps Lamp On + Fault

Output (VFC) Lamp On

UV 35 i – UV 468 i IP65 / NEMA 4

Dimensions/Weight 400 x 300 x 155 mm(excl Brackets) 15kg

UV 900 i IP55 / NEMA12


Control Box Specifications

Long life 254Nm amalgam lamp.Lamp Life – Expected 16,000 hours (12,000 Hours UV230i, UV468i & UV900i) Warranty 9,000 hours. Based on less than 4 start/stop cycles per 24 hours.

UV Lamp Specifications

All units are supplied with a Certificate of Conformity.

Documentation

UV Water Treatment - Industrial range

UV Water TreatmentUV Disinfection - Pharma range

Ultra Violet (UV) technology is an effective chemical-freetechnology for water disinfection:Versions built to cGMP requirements available for pharmaceutical and sanitary applications.

Capacity: up to 112 m3/hr for disinfectionup to 19.6 m3/hr for deozonisation

Features & benefits:

• Compact, easy to install ; can be mounted horizontally or vertically depending the models

• Conveniently fit into existing pipework

• Easy to maintain and operate

• Low operation cost

• Silent operation

• Chemical-free process ; safety

• Environmentally-friendly: No production of toxic by-products

• Typical lamp operating life of up to 16,000 hours

• No effect on pH, colour, flavour or aroma

• No detrimental effect on product stability

• No residue

• Overdosing not possible

• UV Chamber in 316L stainless steel construction

• Quick replacement of Arc Tubes

• Optional UV Monitor

Applications

• Production of pure water

• Pharmaceutical

• Destruction of residual ozone after disinfection and sanitisation (deozonisation)

• Cosmetics and toiletries industry

Related services

Local after-sales service andsupport teams offer preventative and corrective maintenanceprograms to ensure the long-term, efficient operation of installed plant.


Model Max Flow

m3/hr

Power

W

Dia

mm

Length

mm+/- 5mm

Weight

kg

Connections

TC – Triclamp Inches

A B Lamp Total Empty Full

UV 36P 3.6 0.45 80 105 63 920 5 6 1’’

UV 72P 7.2 1.42 80 105 102 958 7 12.5 1½’’

UV 141P 14.1 2.3 140 170 102 1385 9 17.5 2’’

UV 230P 23 4.5 270 320 102 1385 9 17.5 2’’

UV 560P 56 8.4 270 320 168 1437 20 47 3’’

UV 1120P 112 19.6 550 630 206 1985 39 100 6’’

A – Disinfection at 26mJ/cm2 RED MS2 Phage, 98% T10 transmittance at the end of lamp lifeB – Deozonisation is based on a 90% reduction of Ozone at 98% T10 transmittance at the end of lamp life

Specifications


VWS CATALOGUE/UV Water Treatment - Pharma range / AQF078_EN_V1.1

Enclosure Material Powder Coated Carbon Steel

Power Supply 230V 50/60Hz

Cable 5m maximum Control Box to UV Chamber

Ambient +5 to +40°C

Indicator Lamps Lamp On + Fault

Output (VFC) Lamp On / Low UV

UV 36 P – UV 560P IP65 / NEMA 4


UV 1120P IP55 / NEMA12


Control Box Specifications

Long life 254Nm amalgam lamp.Lamp Life – Expected 16,000 hours (12,000 Hours UV230P, UV560P & 1120P) Warranty 9,000 hours. Based on less than 4 start/stop cycles per 24 hours.

UV Lamp Specifications

All units are supplied with a Certificate of Conformity, with material certificates, lamp output certificates & FDA Validation pack.

Documentation

UV Water Treatment - Pharma range

Material AISI 316L : DN 1.4404 Water Temperature +5 to +40°C

Finish External Passivated & Electropolished Maximum CIP Temperature 95°C

Protection IP65 / NEMA 4 Finish, Internal < 0.5μm Ra

Pressure 9 bar, max operating* * UV1120P 6 Bar max operating pressure

Mounting Horizontal or Vertical** ** UV1120P cannot be mounted vertically

**Photo includes the UV Monitor.

UV Chamber Specifications

Multi-Technology Solutions

Water treatment technologies are diff erentiated by their ability to treat diff tnere types of contaminants. It is often necessary to combine diff erent treatment technologies in order to produce a suitable quality of water for an application.

Applications include: Filtration, softening and RO for utility feed and process water Filtration, softening, RO and DI for healthcare, microelectronics and laboratories Filtration, softening, twin pass RO and CEDI for pharmaceutical RO & CEDI for high pressure boiler feed RO & CEDI for healthcare, microelectronics and central laboratory

The existence of similar applications and thus water requirements across diff erent businesses has encouraged water treatment companies to propose pre-packaged multi-technology solutions. Typically such solutions are skid-mounted or containerised and have smaller footprints than combined independent technologies. They also have the advantage of being pre-piped and pre-confi gured prior to delivery for quick installation and start-up. In addition, the control systems are specifi cally designed to monitor and control the combined technologies making for an effi cient and easy to use system.

Multi-Technooloogy Soluutions

Mul

ti-Te

chno

logy

So

lutio

ns

000300020001005rh/l

011404720731096rh/l

0111047073091rh/l

5.75.50.40.3Wk

37%

23520202mm

52025151mm

52025101mm

05mm

003105220602mm

Clarifi cation & Flotation

Clarifi cation is a multi-step process that reduces turbidity and suspended matter. It is also used to reduce iron and remove colour, taste and odour in the water by adding oxidising agents such as chlorine. Clarifi cation consists of three stages: coagulation, fl occulation and sedimentation.

During the coagulation stage, chemical coagulants or pH-adjustment chemicals are used to destabilise the particles. During the fl occulation stage, other chemicals are added which encourage the previously destabilised particles to stick together and form fl ocs. During sedimentation, the fl ocs settle by gravity and separate from the water.

Applications include: Primary clarifi cation of wastewater Treatment of biofi lter backwash water Clarifi cation of trickling fi lter effl uents Storm water treatment Tertiary polishing or phosphorus removal Drinking water treatment, both ground and surface waters Giardia and cryptosporidium removal Pre-treatment of industrial process waters Recycling/reuse

Flotation DAF is a process using air dissolved in water in order to achieve solid/liquid separation.In order to increase the process effi ciency, chemical additives are normally dosed. Coagulation followed by fl occulation inside the treated fl uid is achieved.Coagulation is meant to destabilise solid particles in stable equilibrium inside the fl uid, while fl erom dna reggib otni selcitrap eht rehtag ot tnaem si noitalucco extended fl ocs.

Clarifi cationn & Flotatioon

Clar

ifi ca

tion

& F

lota

tion

Actiflo® MiniThe Ultimate MicrosandEnhanced Clarifier

The pre-engineered Actiflo® Mini is a very compact standard package plant for drinking water treatment, municipal wastewater treatment as well as industrial process water and wastewater treatment and reuse. The process is a highly efficient and proven clarification technology based on a strong 20+ year operating experience and over 750 references worldwide (2012).

In Actiflo® Mini, water is flocculated with microsand and polymer. The microsand enhances the formation of robust flocs and acts as ballast, significantly increasing their settling velocity. The unique characteristics of the resulting microsand ballasted flocs allow for clarifier designs with very short retention times, high rise rates and extremely compact system footprints that are up to 50 times smaller than other clarification processes of similar capacity. A hydrocyclone ensures the microsand continuous cleaning, recovery and reuse in the process.

Unit flow rates: - Drinking and process water: from 3 to 7 m3/hr- Wastewater: from 3 to 15 m3/hr

Features & Benefits•High treatment efficiency: Turbidity

and TSS removal up to > 99%; treats all water and wastewater sources

•Extremely quick start-up time: Reaches treatment efficiency within few minutes

•Process stability: The microsand buffers the effect of raw water flow or load variations, making the process very user friendly and easy to operate

•Quick optimization: Short hydraulic retention time makes it feasible for the process to adjust quickly to changing raw water quality

•Efficient use of chemicals: Microsand ballasted flocculation and settling helps to avoid common chemical overdosing to achieve good clarification performance

•Efficient in cold water applications: Suitable for use also in Nordic regions

•Compact design: Can be easily integrated and retrofitted into existing structures

•Modular: Units may be combined to achieve treatment of high flow rates

Related ServicesLocal after-sales service and support teams offer preventive and corrective maintenance programs to ensure long-term, efficient operation of installed plant.

Applications•Surface and ground water treatment

•Very high or very low turbidity water and wastewater

•Treatment of water with high natural organic matter (colour, TOC)

•Efficient treatment of algae, phosphorus, heavy metals, oil & grease, particle counts, crypto and giardia, coliforms, etc.

•Primary, secondary and tertiary clarification of wastewater

•Treatment of biofilter backwash water and trickling filter effluents

•Stormwater and combined sewer overflow treatment, reverting to effluent polishing during dry weather

•Industrial process water treatment for cooling tower make-up or prior to demin plants

•Pre-treatment to membrane and ion exchange systems

•Industrial wastewater treatment in all market segments, including leachate and run-off water

•Recycling/Reuse of municipal and industrial effluents

Hydrex® ChemicalsHydrex® 3000 & 6000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.


VWS CATALOGUE/Actiflo® Mini/AQF0124_EN_V1.1


Process & Drinking Water Application 3(*) - 7 m3/H

Industrial & Municipal Wastewater Application 3(*) - 15 m3/H

Length 3 m

Width 1 m

Height 2.7 m

Operating Weight 3.4 tonne

Total Installed Power max. 4kW

Supply Power (Standard) (**) 380V x 3phase x 50/60 Hz

Recirculation Pump 3.5 m3/H x 20mH x 2.2 kW

Chemical Dosing Pump (Standard) (***) PAC, Acid, Alkali, Polymer

Monitoring Instrument (Standard) (****)

1 x pH at Coagulation Tank3 x Flowmeter at Inlet, Recirculation & Sludge Line

1 x Pressure at Hydrocyclone Inlet2 x Turbidity Meter at Inlet & Outlet

Equipment Performance & Dimensions


Actiflo® Mini

(*) In case of the operation at < 5 m3/H, the separation of sludge from microsand should be investigated, due to over-mixing in Maturation Tank.(**) 220V x 3 phase x 50/60Hz is optional.(***) Additional chemical dosing or different type of chemical should be discussed prior to the order.(****) Additional monitoring should be discussed prior to the order.

Actiflo® Mini is supplied as a complete functional system, including chemical preparation and dosing equipment as well as integrated PLC & SCADA.It can be supplied as a stand-alone unit or pre-installed in a 20’ container.

0804

06108

023061

046023

06108

023061

046023

0821046

4.2

4.8

4.8

4.8

8.11.4

4.2

4.8

4.8

4.8

4.21.5

7.27.5

6.32.8

8.11.4

4.21.5

7.27.5

6.32.8

Actiflo® Turbo PackThe Ultimate MicrosandEnhanced Clarifier

The pre-engineered Actiflo® Turbo Pack is a very compact standard package plant for drinking water treatment, municipal wastewater treatment as well as industrial process water and wastewater treatment and reuse. The process is a highly efficient and proven clarification technology based on a strong 20+ year operating experience and over 750 references worldwide (2012).

In Actiflo® Turbo, water is flocculated with microsand and polymer in a Turbomix draft tube. The microsand enhances the formation of robust flocs and acts as ballast, significantly increasing their settling velocity. The unique characteristics of the resulting microsand ballasted flocs allow for clarifier designs with very short retention times, high rise rates and extremely compact system footprints that are up to 50 times smaller than other clarification processes of similar capacity. A hydrocyclone ensures the microsand continuous cleaning, recovery and reuse in the process.

Unit flow rates from 1 500 m3/d to 43 000 m3/d.

Features & Benefits•High treatment efficiency: Turbidity

and TSS removal up to > 99%; treats all water and wastewater sources

•Extremely quick start-up time: Reaches treatment efficiency within few minutes

•Process stability: The microsand buffers the effect of raw water flow or load variations, making the process very user friendly and easy to operate

•Quick optimization: Short hydraulic retention time makes it feasible for the process to adjust quickly to changing raw water quality

•Efficient use of chemicals: Microsand ballasted flocculation and settling helps to avoid common chemical overdosing to achieve good clarification performance

•Efficient in cold water applications: Suitable for use also in Nordic regions

•Compact design: Can be easily integrated and retrofitted into existing structures

•Modular: Units may be combined to achieve treatment of high flow rates

Related ServicesLocal after-sales service and support teams offer preventive and corrective maintenance programs to ensure long-term, efficient operation of installed plant.

Applications•Surface and ground water treatment

•Very high or very low turbidity water and wastewater

•Treatment of water with high natural organic matter (colour, TOC)

•Efficient treatment of algae, phosphorus, heavy metals, oil & grease, particle counts, crypto and giardia, coliforms, etc.

•Primary, secondary and tertiary clarification of wastewater

•Treatment of biofilter backwash water and trickling filter effluents

•Stormwater and combined sewer overflow treatment, reverting to effluent polishing during dry weather

•Industrial process water treatment for cooling tower make-up or prior to demin plants

•Pre-treatment to membrane and ion exchange systems

•Industrial wastewater treatment in all market segments, including leachate and run-off water

•Recycling/Reuse of municipal and industrial effluents

Hydrex® ChemicalsHydrex® 3000 & 6000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.


VWS CATALOGUE/Actiflo® Turbo Pack/AQF0123_EN_V1.1


Model

Flows (m3/d)

60 m/h 80 m/h(Drinking / Process Water)

120 m/h(Municipal / Industrial Wastewater)

ACP2-15 1 500 2 000 3 000

ACP2-30 3 000 4 000 6 000

ACP2-40 4 500 6 000 9 000

ACP2-45 6 000 8 000 12 000

ACP2-55 9 000 12 000 18 000

ACP2-60 12 000 16 000 24 000

ACP2-70 18 750 25 000 37 500

ACP2-75 21 375 28 500 42 750

ModelDimensions (mm)

Length WidthHeight

(Tank) (Assembled)

ACP2-15 4 156 2 029 2 859 4 479

ACP2-30 5 744 2 254 3 175 4 794

ACP2-40 6 824 2 580 3 315 4 970

ACP2-45 6 871 2 668 3 175 5 177

ACP2-55 8 374 3 278 3 175 5 177

ACP2-60 9 352 3 990 3 175 5 177

ACP2-70 10 651 4 500 3 650 5 648

ACP2-75 11 830 4 612 3 650 5 648

Equipment Performance

Unit Dimensions


Actiflo® Turbo Pack

Membrane Bioreactors & Biological Wastewater Treatment

Membrane Bioreactors (MBR) are used to treat industrial and municipal wastewaters to produce high quality effl uents suitable for water reuse applications – either directly or following a reverse osmosis treatment stage. MBR combine two basic processes: biological treatment and membrane separation in either a single tank or separate tanks. The biological breakdown of the pollution takes place in an aerated reactor containing suspended microorganisms (biomass or activated sludge). The keydiff erentiator of MBR is that the biological process is coupled with membranes for biomass fi sa hcus ,sessecorp noitarapes lanoitnevnoc gnisu fo daetsni noitartl clarifi cation and fl otation.

Advantages over conventional systems: Small footprint and quick start-up Complete suspended solids removal High load rate capability High removal of COD and nutrients (nitrogen, phosphorous) Low sludge production No sludge bulking Effl uent disinfection; barrier against pathogens, such as chlorine-resistant

organisms, cryptosporidium and giardia

Applications include: Small or medium sized industrial or municipal effl uent treatment plants Temporary solutions during refurbishment or upgrade work Recycling for boiler feed, process water, aquifer recharge, public utility

Membrane BBiooreactorrs & Bioological Wastewaterr Treeatmennt

MBR

& B

iolo

gica

l w

aste

wat

er

trea

tmen

t

Biosep™ Pack 3Membrane Bioreactor (MBR)

Features & Benefits

Standardised systems; short leadtimes and quick start-up

Skid-mounted, modular design; easily integrated into existingplant, extensible

Integrated filtration and membranecleaning system

Suitable for all types of effluent, easily integrated into a wide varietyof biological designs; highly flexible

Compared to conventional activated sludge:

Compact solution; less equipmentand civil engineering, simplifiedtreatment line

No settler; no risk of sludge loss,performance independent of sludge index

Long biomass retention time; highCOD removal, including slowly biodegradable COD

Applications

Small or medium sized industrial

or municipal effluent treatment

plants (800 to 10,000 PE)

Temporary solutions during

refurbishment or upgrade work

Related Services

Local after-sales service and support

teams offer preventative and

corrective maintenance programs

to ensure the long-term, efficient

operation of installed plant.

Hydrex® Chemicals

Hydrex® 4000 & 7000 water

treatment chemicals from Veolia

Water Solutions & Technologies

should be used for optimized plant

operation.

Biosep™ Pack is added to a biological aeration tank. The membrane bioreactor replaces the traditional settling system and separates perfectly the purifying biomass from thetreated effluent through microfiltration. The microfiltered water is of excellentbacteriological quality and removal of TSS is guaranteed at any time.


Biosep™ PackEquipment & Dimensions

Membrane Tank Membrane

PowerBackwash Air

BSP 1 M 5BSP 1 M 10 BSP 1 M 15 BSP 2 M 20BSP 2 M 30

04 - 12

08 - 33

12 - 56

16 - 66

24 - 110

1

1

1

2

2

2.5

3

4

3

4

6 - 8

6 - 8

6 - 8

6 - 8

6 - 8

20

29

52

29

52

0.006 - 6

0.006 - 6

0.006 - 6

0.006 - 6

0.006 - 6

2

3 or 4

3 or 6

3 or 4

3 or 6

5.5

11

15

18.5

30

150

300

450

600

900

10

12

15

24

30

1

1

1

2

2

Typical PerformancesCOD < 50mg/l*BOD5 < 5 mg/lSuspended Solids < 3mg/l (detectable threshold)Total Nitrogen < 10-15 mg/l

Mod

els

Net

Flow

Rate

s (m

3 /hr

)

Num

ber o

f Mem

bran

e M

odul

es

Dia

met

er (m

)

Tota

l Hei

ght (

m)*

Net

Vol

ume

(m3 )

Antif

oam

Dos

ing

Pum

p (l/

h)

Dosa

tron

or B

ackw

ash

Pum

p So

lutio

n (m

3 /h)**

Ai

r Blo

wer

Pow

er (k

W)

Air B

low

er F

low

Rat

e (m

3 /h)

Mai

n Co

ntro

l Cen

ter P

ower

(kW

)

9882 FICHE BIOSEP PACK (Gb):Mise en page 1 29/05/08 22:29 Page 2



VWS CATALOGUE/Biosep™ Pack/AQF0034_EN_V3.1 - 11.2012

Total Phosphorous < 0.5 - 2 mg/lTurbidity < 1 NTUE.coli < 1000/100ml

Material SpecificationsMembrane Tank Fiber Reinforced Platsic (FRP)Access Fittings (ladder, platform, guard rails) Epoxy Coated or 304 LSkid PEPiping PE / PVC / PVC-C

For higher flow rate applications consult your local Veolia Water Solutions & Technologies company.

Num

ber o

f Mem

bran

e Ta

nks

Antifoamskid

*Membrane tank height must be selected with site constraints (aeration basin and discharges levels)**2 backwash solutions are available, it must be chosen depending on potable water availability (3m3/h at 1 bar minimum)

*COD depends on the non-biodegradable (hard COD) fraction

Evaporation

Evaporation is a process of physical separation which can be applied to liquid systems. Evaporation technology is a natural and clean method of separation; for this reason it has become recognised as BAT (Best Available Technology) in several European Directives for waste treatment.

Typical applications include: Wastewater treatment Reduction of volumes to be disposed ZLD Recycling and Reuse Exploitation of exceeding thermal energy Production of high quality deionised water for boiler feed and cooling circuits

make-up Treatment of cooling towers blow-down

Evaporation

Evap

orat

ion

Mobile Water Solutions

Veolia Water Solutions & Technologies off ers Aquamove™ service to industries using purifi ed water for their production lines or utilities. Aquamove™ constitutes a large fl eet of mobile water treatment units, that may be deployed as stand-alone units or combined to form complete systems: skid-mounted systems, containers and trailers.

Aquamove™ off ers emergency hire, planned temporary hire and long-term contract for: Boiler, turbine feed water Process water Cooling water Drinking water Wastewater

Aquamove™ safeguards the production of the purifi ed water when clients are facing: Plant commissioning Filling pressure boilers Equipment breakdown Plant downtime for maintenance purposes Raw water changes Peak demand Process trial validation

Technologies available: Reverse osmosis Deionisation Ion exchange polishing Softening Filtration Activated carbon Clarifi cation Evaporation, …

Mobile Wateer SSolutionns

Mob

ile W

ater

Solu

tions

Water Treatment Chemicals

Veolia operates more than 5000 water treatment facilities across the world, including process, boiler feed, cooling water, waste water and sludge treatment. Our research & development team constantly innovates and delivers new technologies that provide optimum solutions to environmental problems with a high-value to our clients’ businesses. Hydrex™ chemicals are committed to complying with all chemical regulations (ie Reach, Biocides Directive in Europe,…).

Veolia Water Solutions & Technologies off eht esimitpo ot margorp ™xerdyH sre entire water cycle, chemical consumption, operating and maintenance costs.

Protecting water treatment systems against scale deposition, corrosion, fouling, etc. Reducing unnecessary downtime Ensuring optimum productivity Preventing and reducing environmental risks Allowing energy saving

Hydrex™ range includes: 1000 Series:Total boiler water treatment chemicals 2000 Series: Closed and open cooling system treatment programs 3000 Series: Drinking water production 4000 Series: Eff ective membrane antiscalants and cleaners approval by major

membrane manufacturers 5000 Series: Industrial maintenance chemicals 6000 Series: State-of-the-art clarifi cation and wastewater chemistry and

application experience 7000 Series: Biocides with a broad spectrum of activity and Legionella control 8000 Series: Established process and specialty chemicals 9000 Series: Wide range of other applications

Wat

erTr

eatm

ent

Chem

ical

s

Consumables & Spare Parts

Veolia Water Solutions & Technologies works in partnership with its customers to ensure the optimal running of their water treatment facilities.

Veolia Water Solutions & Technologies off ers a wide range of consumables and spare parts.

Cartridge fi lters Reverse osmosis membranes Ion exchange resins Activated carbon and other fi ltration media CEDI stacks Valves Instrumentation Dosing systems UV systems Test kits, etc.

Cons

umab

les

& S

pare

Par

ts

FILOTM CarbCartridge Filters

Features & Benefits

• Effective carbon surface areafor good chlorine reductionLow pressure lossLong lifeSeveral lengths available:9" 3/4 ; 20" ; 26" ; 30" ; 40"

•

Related Services






Chlorine reductionTaste and odour removalMembrane pre-treatmentProcess waterOrganic reduction in plating bathsRemoval of surfactant

•

The FILOTM Carb cartridge filters

are a range of activated carbon

filters.

Nominal rating: 10 μm.•

••••••

200

100

0

3

2

1

0

0 2 4 6

Diff

eren

tia

l Pre

ssu

re (

psi

d)

Flow Rate (l/min) for Water at 20°C

Performance

Diff

eren

tia

l Pre

ssu

re (

mb

ar)

Applications



VWS CATALOGUE /FILOTM Carb/AQF113_EN_V1.2

FILOTM CarbSpecifications

Ordering Information

Length Micron End Fiting Part Number

9" 3/4 10 CFCBYS9510

CFCBZD9514

SOE CODE 3 CFCBZD9540

26" 10 SOE CODE 3 CFCBZD9541

SOE CODE 3 CFCBZE9540CFCBZE9512

SOE CODE 3 CFCBZF9512

CFCBZF9513

DOE

DOE

DOE

DOE

20"

30"

40"

10

10

10

Filtration Media Steam activated, Acid washed coal


Recommended Operating Conditions

Max. Temperature 50°C (120°F)Max. Recommended Differential Pressure 1.5 bar (22 psid)

Dimensions

Outside Diameter 2.7"Inside Diameter 1.1"

Performance

Chlorine Reduction per 10" based on 2 ppm Inlet Concentration 22700 litres @ 3.8 l/min (6000 gallons @ 1 gpm)

FILOTM Carb-HPCartridge Filters

Features & Benefits

• Effective carbon surface areafor good chlorine reductionLow pressure lossLong lifeSeveral lengths available:9" 3/4 ; 20" ; 30" ; 40"

•

Related Services






Chlorine reductionTaste and odour removalMembrane pre-treatmentProcess waterOrganic reduction in plating bathsRemoval of surfactant

•

The FILOTM Carb-HP cartridge

filters are a range of high

performance activated carbon

filters.

Nominal rating: 1 μm.

•

••••••

400

200

0

6

4

2

0

0 2 4 6

Diff

eren

tia

l Pre

ssu

re (

psi

d)


Performance

Diff

eren

tia

l Pre

ssu

re (

mb

ar)

Applications



VWS CATALOGUE /FILOTM Carb-HP/AQF114_EN_V1.2

FILOTM Carb-HPSpecifications


Filtration Media Steam activated, Acid washed coal



Max. Temperature 50°C (120°F)Max. Recommended Differential Pressure 1.5 bar (22 psid)

Dimensions


Performance

Chlorine Reduction per 10" based on 2ppm inlet Concentration 76000 litres @ 3.8 l/min (20000 gallons @ 1 gpm)

Length Micron End Fiting Part Number

9" 3/4 1 CFCBYS9511

20" 1 CFCBZD9515

SOE CODE 3 CFCBZE9541

CFCBZE9513

SOE CODE 3 CFCBZF9541CFCBZF9514

DOE

DOE

DOE

DOE

30" 1

40" 1

FILOTM PleatCartridge Filters

Features & Benefits

• Cost effective high surface areaAbsolute rating from 1 to 25 micronsLong lifeSeveral lengths available:9" 3/4 ; 20" ; 30" ; 40"Endcaps available FDA approvedAll polypropylene construction

••

Related Services






Water pre-filtrationWater final filtration

•

The FILOTM Pleat cartridge filters

are dedicated to water pre-

filtration and final filtration of a

wide range of water treatment

applications.

Absolute rating from 1 to 25 μm. •

•

•

•

•

Applications

Performance

200

100

0

3

2

1

0

0 10 20 30

Diff

eren

tia

l Pre

ssu

re (

psi

d)


(Performance FILOTM Pleat 10")

Diff

eren

tia

l Pre

ssu

re (

mb

ar) 1 μ

m

5 μm

10 μm

25 μm



VWS CATALOGUE /FILOTM Pleat/AQF115_EN_V1.1

FILOTM PleatSpecifications


Filtration Media PolypropyleneEnd Caps Polypropylene / Nylon



Max. Temperature 65°C (150°F)

Max. Recommended Differential Pressure 2.5 bar

Max. Differential Pressure 4 bar

Dimensions

Outside Diameter 2.7" (68 mm)

Length Micron End Fiting Part Number Length Micron End Fiting Part Number

DOE CFYKYS9410 DOE CFYKZE9411

CODE 7 CFYKYS9450 CODE 7 CFYKZE9451


DOE CFYOYS9411 DOE CFYOZE9411

CODE 7 CFYOYS9450 CODE 7 CFYOZE9452


DOE CFYTYS9410 DOE CFYTZE9410

CODE 7 CFYTYS9450 CODE 7 CFYTZE9450


DOE CFZDYS9410 DOE CFZDZE9410

CODE 7 CFZDYT9450 CODE 7 CFZDZE9450

CODE 3 CFZDYS9440 CODE 3 CFZDZE9440

DOE CFYKZD9411 DOE CFYKZF9410

CODE 7 CFYKZD9451 CODE 7 CFYKZF9450


DOE CFYOZD9411 DOE CFYOZF9410

CODE 7 CFYOZD9451 CODE 7 CFYOZF9450


DOE CFYTZD9410 DOE CFYTZF9410

CODE 7 CFYTZD9450 CODE 7 CFYTZF9450


DOE CFZDZD9410 DOE CFZDZF9410

CODE 7 CFZDZD9450 CODE 7 CFZDZF9450

CODE 3 CFZDZD9440 CODE 3 CFZDZF9440

25

9" 3/4

20"

30"

40"

1

5

10

25

1

5

10

25

1

5

10

25

1

5

10

FILOTM Pleat-HPCartridge Filters

Features & Benefits

• Cost effective high surface areaAbsolute rating from 0.6 to 40 micronsLong lifeSeveral lengths available:10" ; 20" ; 30" Endcaps available: DOE, Code 7Code 3 FDA approvedAll polypropylene construction

••

Related Services






Water pre-filtrationWater final filtration

•

The FILOTM Pleat-HP cartridge

filters are offering an absolute

rated polypropylene media

with a broad range of chemical

compatibility.

The graded filter density along

with the optimised pleating

gives FILOTM Pleat-HP an

exceptional lifetime.

Absolute rating from 0.6 to 40 μm

(> 99.99% retention at micron

rating)

•

•

•

•

•

Applications

Performance

100

50

0

1

0

0 10 20

Diff

eren

tia

l Pre

ssu

re (

psi

d)


(Performance FILOTM Pleat 10")

Diff

eren

tia

l Pre

ssu

re (

mb

ar) 0.6 μm

1.2 μm

5 μm



VWS CATALOGUE /FILOTM Pleat-HP/AQF116_EN_V1.4

Filtration Media PolypropyleneEnd Caps Polypropylene



Max. Continuous Temperature 60°C (140°F)

Steam Sterilisation Can be repeatedly stem sterilised or autoclaved at up to 130°C

Max. Forward Differential Pressure 4 bar at 25°C

Dimensions

Outside Diameter 2.7" (68 mm)

Material Specification Micron End Fiting Part Number

DOE CFYGYT9410

CODE 7 CFYGYT9450

CODE 3 CFYGYT9440

DOE CFYKYT9410

CODE 7 CFYKYT9451

CODE 3 CFYKYT9440

DOE CFYOYT9410

CODE 7 CFYOYT9450

CODE 3 CFYOYT9440

CODE 9 CFYOYT300682

10 CODE 9 CFYTYT300683

25 CODE 9 CFZDYT300684

40 CODE 9 CFZFYT300685

DOE CFYGZD9410

CODE 7 CFYGZD9450

CODE 3 CFYGZD9440

DOE CFYKZD9410

CODE 7 CFYKZD9450

CODE 3 CFYKZD9440

DOE CFYOZD9410

CODE 7 CFYOZD9450

CODE 3 CFYOZD9440

CODE 9 CFYOZD300686

10 CODE 9 CFYTZD300687

25 CODE 9 CFZDZD300688

40 CODE 9 CFZFZD300689

DOE CFYGZE9410

CODE 7 CFYGZE9450

CODE 3 CFYGZE9440

DOE CFYKZE9410

CODE 7 CFYKZE9450

CODE 3 CFYKZE9440

DOE CFYOZE9410

CODE 7 CFYOZE9451

CODE 3 CFYOZE9440

0.6

1.2

5

30"

0.6

1.2

0.6

1.2

5

10"

5

20"

FILOTM Pleat-HPSpecifications


FILOTM SpunCartridge Filters

Features & Benefits

• High flow ratesLow pressure lossHigh dirt holding capacityLong lifeFast rinse up to 18 MΩSeveral lengths available:9" 3/4 ; 20" ; 30" ; 40"FDA approved

••

Related Services






High Purity Water

•

The FILOTM Spun cartridge filters

are a range of nominal rated

depth liquid filters (polypropylene).

Rating from 1 to 50 μm. •

•

•

•

Applications

Performance

0 20

Diff

eren

tia

l Pre

ssu

re (

mb

ar)

Flow Rate (l/min) for Liquid at 20°C

100

75

50

25

0

1 μm

5 μm

10 μm

20 μm

50 μm



VWS CATALOGUE /FILOTM Spun/AQF117_EN_V1.2


FILOTM SpunSpecifications





Max. Recommended Differential Pressure 2 bar (30 psid)

Max. Differential Pressure 4 bar @ 20°C (68°F)

Dimensions



9" 3/4

1 DOE CFYKYS9300

30"

1 DOE CFYKZE9300

CODE 8 CFYKYS9370 CODE 8 CFYKZE9370 CODE 3 CFYKYS9341 CODE 3 CFYKZE9341

5 DOE CFYOYS9300

5 DOE CFYOZE9300

CODE 8 CFYOYS9370 CODE 8 CFYOZE9370 CODE 3 CFYOYS9341 CODE 3 CFYOZE9342

10 DOE CFYTYS9300

10 DOE CFYTZE9301

CODE 8 CFYTYS9370 CODE 8 CFYTZE9370 CODE 3 CFYTYS9341 CODE 3 CFYTZE9341

20 DOE CFZDYS9300

20 DOE CFZDZE9300

CODE 8 CFZDYS9370 CODE 8 CFZDZE9370 CODE 3 CFZDYS9341 CODE 3 CFZDZE9340

50 DOE CFZGYS9300 50 DOE CFZGZE9300

40"

1 DOE CFYKZF9300

CODE 8 CFYKZF9370 CODE 3 CFYKZF9341

5 DOE CFYOZF9300

20"

1 DOE CFYKZD9300 CODE 8 CFYOZF9370

CODE 8 CFYKZD9370 CODE 3 CFYOZF9341 CODE 3 CFYKZD9341

10 DOE CFYTZF9300

5 DOE CFYOZD9300 CODE 8 CFYTZF9370

CODE 8 CFYOZD9370 CODE 3 CFYTZF9341 CODE 3 CFYOZD9341

20 DOE CFZDZF9300

10 DOE CFYTZD9300 CODE 8 CFZDZF9370

CODE 8 CFYTZD9370 CODE 3 CFZDZF9340 CODE 3 CFYTZD9341 50 DOE CFZGZF9300

20 DOE CFZDZD9300

50"

1 DOE CFYKZG9300 CODE 8 CFZDZD9370 5 DOE CFYOZG9300 CODE 3 CFZDZD9340 20 DOE CFZDZG9300

50 DOE CFZGZD9300 50 DOE CFZGZG9300

FILOTM Spun-HPCartridge Filters

Features & Benefits

• High flow ratesLow pressure lossHigh dirt holding capacityLong lifeFast rinse up to 18 MΩSeveral lengths available:9" 3/4 ; 20" ; 30" ; 40"FDA approved

••

Related Services






High Purity Water

•

The FILOTM Spun-HP cartridge

filters are a range of absolute

rated depth liquid filters

(polypropylene).

Absolute rating from 1 to 20 μm.•

•

•

•

Applications

400

300

200

100

0

7

6

5

4

3

2

1

0

0 8 16

Diff

eren

tia

l Pre

ssu

re (

psi

d)

Flow Rate (l/min) for Liquid at 20°C

Performance

Diff

eren

tia

l Pre

ssu

re (

mb

ar)

1 μm

5 μm

10 μm



VWS CATALOGUE /FILOTM Spun-HP/AQF118_EN_V1.3


FILOTM Spun HPSpecifications





Max. Recommended Differential Pressure 2 bar (30 psid)

Cleaning and Sterilisation

Max. Differential Pressure 4 bar @ 20°C (68°F)

FILOTM Spun-HP can be repeatedly (up to 25 times) steam sterilised in situ or autoclaved up to 130°C (266°F). FILOTM Spun-HP filters can be sanitised with hot water at up to 90°C (400 hours in 20 minutes

cycles) and are compatible with a wide range of chemicals.

Dimensions



DOE CFYFYS9310 DOE CFYFZE9310

CODE 3 CFYFYS9340 CODE 3 CFYFZE9340

CODE 7 CFYFYS9350 CODE 7 CFYFZE9350

DOE CFYKYS9310 DOE CFYKZE9310



DOE CFYOYS9310 DOE CFYOZE9310



DOE CFYTYS9310 DOE CFYTZE9310



DOE CFZDYS9310

CODE 3 CFZDYS9340

CODE 7 CFZDYS9350

DOE CFYFZD9310 DOE CFYFZF9310

CODE 3 CFYFZD9340 CODE 3 CFYFZF9340

CODE 7 CFYFZD9350 CODE 7 CFYFZF9350

DOE CFYKZD9310 DOE CFYKZF9310



DOE CFYOZD9310 DOE CFYOZF9310



DOE CFYTZD9310 DOE CFYTZF9310



40"

0.5

1

5

10

30"

0.5

1

5

10

20"

0.5

1

5

10

9" 3/4

0.5

1

5

10

20

FILOTM MemCartridge Filters

Features & Benefits

• High flow ratesHydrophilic PES membraneValidated membraneIntegrity testableFull traceability

••

Related Services






Sterile FiltrationHigh Purity Water

•

The FILOTM Mem constitutes a

range of pleated membrane

cartridge filters for microbial

reduction for pharmaceutical

and electronic applications.•

•

•

Quality

• Manufactured in a controlled environmentManufactured in accordance with GMP100% flushed with purified water100% integrity testedMaterials meet 21CFR part 177 and USP class VI requirementsFull validation guide available

•

•

•

•

•

•

Applications

100

0 10 l/min 20 l/min

50

Typical initial clean media differential pressure

per 250 mm (10") cartridge for water at 20°C, 1 cp

1

Performance

Diff

eren

tia

l Pre

ssu

re (

mb

ar)

Diff

eren

tia

l Pre

ssu

re (

psi

d)

0.2

μm

0.45 μ

m

0.1

μm



VWS CATALOGUE /FILOTM Mem/AQF119_EN_V1.3

Filtration Media Polyethersulphone

Support Polyester

Cage and Core Polypropylene

O-ring Seal Silicone

End Cap Nylon

Reinforcing Ring Stainless Steel

FILOTM MemSpecifications




Max. Continuous Operating Temperature 60°C (140°F)

Cleaning and Sanitisation

Max. Differential Pressure (forward) 4.0 bard (60 psid) @ 40°C (104°F) ; 1.7 bard (25 psid) @ 90°C (194°F)

FILOTM Mem cartridge can be autoclaved up to 10 times up to 130°C or steam sterilised up to 130°C


DOE CFYCYT9410 DOE CFYBYT9410

CODE 3 CFYCYT9440 CODE 3 CFYBYT9440

CODE 7 CFYCYT9451 CODE 7 CFYBYT9450

CODE 9 CFYCYT9460 DOE CFYCYT9411

DOE CFYEYT9410 CODE 3 CFYCYT9441

CODE 3 CFYEYT9440 CODE 7 CFYCYT9452

CODE 7 CFYEYT9450

CODE 9 CFYEYT9460 DOE CFYBZD9410

CODE 3 CFYBZD9444

DOE CFYCZD9410 CODE 7 CFYBZD9450

CODE 3 CFYCZD9440 DOE CFYCZD9411

CODE 7 CFYCZD9451 CODE 3 CFYCZD9441

CODE 9 CFYCZD9460 CODE 7 CFYCZD9452

DOE CFYEZD9410

CODE 3 CFYEZD9440

0.1

DOE CFYBZE9410

CODE 7 CFYEZD9450 CODE 3 CFYBZE9440

CODE 9 CFYEZD9460 CODE 7 CFYBZE9450

DOE CFYCZE9411

DOE CFYCZE9410 CODE 3 CFYCZE9441

CODE 3 CFYCZE9440 CODE 7 CFYCZE9451

CODE 7 CFYCZE9450

CODE 9 CFYCZE9460

DOE CFYEZE9411

CODE 3 CFYEZE9440

CODE 7 CFYEZE9450

CODE 9 CFYEZE9460

0.1

20"

30"

10"

0.2

0.2

0.1

0.2

0.2

30"

0.45

0.45

0.45

0.2

10"

0.2

20"

FILOTM Mem-P (Pharmaceutical applications) FILOTM Mem-E (Electronic applications)

Integrity Test Minimum bubble point: 49 psig (3.4 bar)Diffusional flow in water per 10": 16 cc/min at 41 psig (2.8 bar)

RO MembranesVWSRO-XTLE-2521Extra Low Energy Element

Part NumberNominal Area

m²Permeate Flow Rate

m3/d (usgpd)Minimum Salt Rejection

(%)

MBROYL0700 1.1 1.2 (320) 98

TypeConfiguration: Spiral WoundMembrane Polymer: Composite Polyamide/Polysulphone

Test Conditions500 ppm NaCl solution, 7 bar (100 psi), 25°C, pH 6 – 7, Permeate Recovery 10%.

Operating Limits*Maximum Applied Pressure: 21 bar (300 psig)Maximum Free Chlorine Concentration: < 0.1 ppmMaximum Operating Temperature: 45°CFeedwater pH Range: 3.0 – 10.0Maximum Feedwater Turbidity: 1.0 NTUMaximum Feedwater Fouling Index (SDI): 5Maximum Element Recovery: 20%Maximum Pressure Drop Per Element: 0.7 bar (10 psi)

*Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life.

Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box.

Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes.

A

B

C

Feed

Concentrate

Permeate

Part Number

MBROYL0700 1.4 (6) 21 (533) 2.4 (61) 0.75 (19.1) 0.9 (2) 1.2 (30.5)

Maximum Feed Flowm3/hr (usgpm)

Dimensions inches (mm) Weight. kg (lbs)

Permeate tube lengthinches (mm)

A B C

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www.veoliawaterst.com

VWS CATALOGUE /VWSRO-XTLE-2521/AQF106_EN_V1.2 nov10


Part NumberNominal Area

m²Permeate Flow Rate

m3/d (usgpd)Minimum Salt Rejection

(%)

MBROYN0700 3 3.6 (960) 98







A

B

C

Feed

Concentrate

Permeate

Part Number

MBROYN0700 2.7 (12) 21 (533) 3.95 (100) 0.75 (19.1) 1.8 (4) 1.2 (30.5)




A B C

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VWS CATALOGUE /VWSRO-XTLE-4021/AQF105_EN_V1.2 nov10


Part Number

MBROYN0704 7.9 9.5 (2500) 99 99.2

Nominal Aream²

Permeate Flow Ratem3/d (usgpd)

Salt Rejection (%)

Minimum Nominal







A

B

C

Feed

Concentrate

Permeate

Part Number

MBROYN0704 3.6 (16) 40 (1016) 3.95 (100) 0.75 (19.1) 3.6 (8) 1.05 (26.7)




A B C


VWS CATALOGUE /VWSRO-XTLE-4040/AQF104_EN_V1.3 sept11

RO MembranesVWSRO-LERA-8040Low Energy Regular Area Element

Part Number

MBROYR0750 37 45.4 (12000) 99.0 99.3

Nominal Aream²


Salt Rejection (%)

Minimum Nominal


Test Conditions1500 ppm NaCl solution, 10.5 bar (150 psi), 25°C, pH 6 – 7, Permeate Recovery 15%.





A

B

C

Feed

Concentrate

Permeate

Part Number

MBROYR0750 17 (75) 40 (1016) 7.89 (200) 1.125 (28.6) 16.4 (36)



A B C

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VWS CATALOGUE /VWSRO-LERA-8040/AQF110_EN_V1.2 nov10

RO MembranesVWSRO-SRHA-8040Standard Rejection High Area Element

Part Number

MBROYR0754 41 45.4 (12000) 99.5 99.6

Nominal Aream²


Salt Rejection (%)

Minimum Nominal


Test Conditions1500 ppm NaCl solution, 10.5 bar (150 psi), 25°C, pH 6 – 7, Permeate Recovery 15%.





A

B

C

Feed

Concentrate

Permeate

Part Number

MBROYR0754 17 (75) 40 (1016) 7.89 (200) 1.125 (28.6) 16.4 (36)



A B C

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VWS CATALOGUE /VWSRO-SRHA-8040/AQF112_EN_V1.2 nov10

Pressure GaugesRadial or Bottom ConnectionStainless SteelWith Liquid Filling

Features & Benefits

• Excellent load-cycle stability and shock resistanceAll stainless steel constructionGerman Lloyd, Gosstandart and DVGW approval

PART REF. IMPSGG0030

Hygienic/ sanitary type diaphragmtype pressureConnection 1.5" Tri-clamp


Liquid, glycerine filled ; Dampens out vibrations out which can occurEase of reading the pressureIncreased gauge life


Liquid, glycerine filled ; Dampens out vibrations out which can occurEase of reading the pressureIncreased gauge life

•

•

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With liquid-filled case for applications with high dynamic pressure pulsationsor vibrations

•

The measurement of pressure

using Bourdon tube type

pressure gauges is important for

monitoring the operation of

water treatment solutions and

also assists with the prediction

of the maintenance requirements.

Scale ranges from 0 to 11 bar

depending the models:

• PART REF. IMPSGG0030 from 0 to 7 bar

• PART REF. IMPSGG1315 from 0 to 6.8 bar from 0 to 100 psi

• PART REF. IMPSGG1360 from 0 to 11 bar from 0 to 160 psi

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Applications

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•

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VWS Monitor Free Chlorine, Total Chlorine, Hardness, Carbonate Hardness

Features & Benefits

• Menu-driven, programmable functions in clear LCD text displayProgrammable hardness unit in °dH, °f, ppm CaCO

3, mmol/l

Accurate titration via piston-dosing pumpLow maintenance operationLow reagent and water consumptionTwo adjustable limit values withprogrammable switch functionsMonitoring of two measuring points Analysis initiation: Automatic time set intervals (0 - 99 minutes) Dependent on the residual plant capacity Quantity-dependent (water meter) External controlProgrammable supplementary programOutput terminal for alarm (fault messages) Monitoring of an analysis run and error messages Monitoring of the filter capacityReagent storage bottle 500ml for extended operating periodsAnalog terminal 0/4-20mAAvailable in 3 languages

•

Related Services






Boiler feed waterProcess waterPharmaceuticalsFood & beverageDialysisSwimming pool waterDrinking water•

The VWS Monitor

is the ideal system for water

quality monitoring.

Several models and parameters:

Free chlorine (CLF)Total chlorine (CLT)Hardness (TH)Hardness & Chlorine (THCL)Carbonate hardness (KH)

•

•

•

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•

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••

•

Ideal for monitoring water quality:

• •

•

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••

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Applications

••



VWS CATALOGUE /VWS Monitor/AQF122_EN_V1.1

VWS MonitorPerformance


Specifications

Parameter Reagent type °dH °f ppm CaCO3 mmol/l mg/l - ppmCL 2250 ACL 2250 B 0 - 2.50CL 2250 CCL 2250 A 0 - 2.50CL 2250 B

Water hardness TH 2005 0.05 - 0.50 0.09 - 0.89 0.89 - 8.95 0.01 - 0.09Water hardness TH 2025 0.25 - 2.50 0.45 - 4.48 4.47 - 44.7 0.04 - 0.45Water hardness TH 2100 1.0 - 10.0 1.79 - 17,9 17.9 - 179 0.18 - 1.79Water hardness TH 2250 2.5 - 25.0 4.48 - 44.8 44.8 - 448 0.45 - 4.48

Carbonate hardness TC 2050 0.5 -5.0 0.90 - 8.96 0.18 - 1.79Carbonate hardness TC 2100 1.0 - 20.0 1.79 - 35.8 0.36 - 7.16

Total chlorine

Free chlorine

Total ChlorineCarbonate Hardness + Hardness

Hardness + Total Chlorine

Part NumberIEPOHR301087

IEPOGU301092

IEPOGU301091

IEPOGU301089

IEPOGU301090

ModelVWS Monitor KHVWS Monitor CLFVWS Monitor CLT

VWS Monitor DUOVWS Monitor THCL

Measuring ParameterCarbonate Hardness

Free Chlorine

Power supplyPower consumption

Degree of protectionProtection class

Ambient temperatureWater temperatureOperating pressure

Dimensions (W x H x D)Weight

230 V or 24 V ± 10 % ; 50 - 60 Hzmax. 30 VA

IP 65I ; CE

10 - 45 °C10 - 40 °C

0.1 - 8 bar ; 104 - 8 x 105 Pa380 x 480 x 280 mm

approx. 10.5 kg

VWS Monitor THHardness

Features & Benefits

• Menu-driven, programmable functions in clear LCD text displayProgrammable hardness unit in °dH, °f, ppm CaCO

3, mmol/l

Accurate titration via piston-dosing pumpLow maintenance operationLow reagent and water consumptionTwo adjustable limit values withprogrammable switch functions Analysis initiation: Automatic time set intervals (0 - 99 minutes) Quantity-dependent (water meter) External analysis STOPOutput terminal for alarm (fault messages) Monitoring of an analysis run and error messages Reagent storage bottle 500ml for extended operating periodsAnalog terminal 0/4-20mAAvailable in 6 languages

•

Related Services






Boiler feed waterProcess waterPharmaceuticalsFood & beverageDialysisSwimming pool waterDrinking water•

The VWS Monitor TH

automatically determines

residual / total water hardness

via titration.

Measuring range: 0.05 -25.0°dH•

•

•

•

•

•

•

••

•

Ideal for monitoring water quality:

• •

•

•

•

•

•

Applications

•

•



VWS CATALOGUE /VWS Monitor/AQF121_EN_V1.1

VWS Monitor THPerformance


Specifications

Parameter Reagent type °dH °f ppm CaCO3 mmol/l mg/l - ppmWater hardness TH 2005 0.05 - 0.50 0.09 - 0.89 0.89 - 8.95 0.01 - 0.09Water hardness TH 2025 0.25 - 2.50 0.45 - 4.48 4.47 - 44.7 0.04 - 0.45Water hardness TH 2100 1.0 - 10.0 1.79 - 17,9 17.9 - 179 0.18 - 1.79Water hardness TH 2250 2.5 - 25.0 4.48 - 44.8 44.8 - 448 0.45 - 4.48

Measuring parameterHardness

ModelVWS Monitor TH

Part NumberIEPOHR301088

Power supplyPower consumption

Degree of protectionProtection class

Ambient temperatureWater temperatureOperating pressure

Dimensions (W x H x D)Weight

230 V or 24 V ± 10 % ; 50 - 60 Hzmax. 30 VA

IP 65I ; CE

10 - 45 °C10 - 40 °C

0.1 - 8 bar ; 104 - 8 x 105 Pa380 x 480 x 280 mm

approx. 10.5 kg

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