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WATER TECHNOLOGIES

Standard ProductsWater Treatment for Industries and Municipalities

Standard Products

Veolia Water Technologies is a specialised provider of technological solutions in water treatment.

All standard products offered by Veolia Water Technologies 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.

Veolia Water Technologies 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 Veolia Water Technologies subsidiaries.

Veolia Water 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

WATER TECHNOLOGIES

Screen and disc filters are used to remove particulate impurities from water. Particles in water can cause problems of erosion in pumps and pipe work and can block fine jets such as spray nozzles. Water flows through a screen or between discs which retain particles larger than the defined filtration grade. Screen and disc filters do a similar job to cartridge filters but the screens/discs are cleaned rather than replaced, so operating costs are minimal.

Typical applications include:

> Protection of domestic water fittings

> Protection of membrane processes from fouling

> Filtration of cooling water to prevent heat exchanger fouling

> Pre-filtration of process water

BERKAL™ FilterDisc Filtration

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 flow and retention capacities

• Automatic backwashing of individual filters based on time or pressure differential; continual flow, optimised backwash water usage

• Modular design, choice of filtration grades from 20 to 400 µm; highly scalable, flexible

• Combines screen filtration and depth filtration to ensure high contaminant removal rates

• Air assisted backwashing; rinse water consumption is only 0.5% of filtrate capacity

• No consumables; low running costs, minimal maintenance

• Corrosion resistant polypropylene pipework

Applications

• Side stream filtration of cooling tower water

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

• Feed water for irrigation systems

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

• Municipal wastewater

• Aquaculture

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

• Piping: plastic coated steel, stainless steel

Related Services

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

WATER TECHNOLOGIES

BERKAL™ Filter

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

Veolia/Berkal™/AQF0021_EN_V1.4/sept2014

For higher flow rates, or other filtration openings consult your local Veolia Water Technologies company, details below.

Model FlowRates* Connections Backwash

Air** Width Height Depth

m3/hr Raw Filtrate Backwash litres mm mm mm

2/1/100 10-15 Rp 2" Rp 2" Rp 2" 46 821 834 408

2/2/100(S) 15-30 DN80 DN80 DN50 46 955 1101 825

2/3/100(S) 30-45 DN80 DN80 DN50 46 1297 1101 825

2/4/100(S) 45-60 DN100 DN100 DN50 46 1597 1129 852

2/5/100(S) 60-75 DN100 DN100 DN50 46 1897 1129 852

2/6/100(S) 75-90 DN100 DN100 DN50 46 2155 1129 848

2/7/100(S) 90-105 DN150 DN150 DN50 46 2455 1156 907

2/8/100(S) 105-120 DN150 DN150 DN50 46 2755 1156 907

System Performance

Temp. Range Pressure

°C bar

5-35 0.8-10

5-45 0.8-9

5-55 0.8-8

5-65 0.8-7

5-70 0.8-6.5

Temperature and Pressure Ratings

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

Visit our website: www.veoliawatertechnologies.com

AMANDO™ FilterScreen Filtration

Amando™ filters help to prevent wear and corrosion of downstream pipe work, components and connected equipment.

Flow rates from 3.8 to 4.3 m3/hr.

Features & Benefits

• 100 μm filter; removes sand, oxidants, dissolved sediments

• Continual flow, even during backwash

• Mechanical filter; no consumables, minimal maintenance

• Manual backwash using patented process; minimal water usage

• Stainless steel, brass and GRP components; corrosion resistant

HWS Model

• Integrated pressure reducer, adjustable from 1.5 to 6.0 bar.

• Protects downstream equipment from excessive water pressures

Applications

• Industrial• Domestic• Reduce downstream corrosion

and wear• Protect against excessive

water pressures

Related Services


WATER TECHNOLOGIES

Model Flow Rates* Connections Width Height Depth Max. Temp

m3/hr R (inches) mm mm mm °C

RF 20 3.8 ¾ 190 423 190 30

RF 25 4.2 1 190 413 190 30

RF 32 4.3 1¼ 190 413 190 30

HWS 20 3.8 ¾ 190 463 190 30

HWS 25 4.2 1 190 463 190 30

HWS 32 4.3 1¼ 190 463 190 30

Equipment Performance & Dimensions

*At 0.2 bar for RF models.

In keeping with the progressive nature of the company, we reserve the right to amend details without notice.Veolia/ Amando™/AQF0020_EN_V2.2/Sept2014


Berko™ FilterScreen Filtration

Berko™ filters help to prevent wear and corrosion of downstream pipe work, components and connected equipment.

Flow rates from 3.2 to 9 m3/hr.

Features & Benefits

• 100 μm filter as standard; removes sand, oxidants, dissolved sediments

• Mechanical filter; no consumables, minimal maintenance

• Manual backwash

• Stainless steel and brass; corrosion resistant

Option

• 25, 50, 250, and 500 μm filters

Applications

• Industrial

• Domestic

• Reduce downstream corrosion and wear

Related Services


WATER TECHNOLOGIES

Model Flow Rates* Connections Width Height Depth

m3/hr Rp (inches) mm mm mm

Berko 2 3.2 1 130 270 135

Berko 3 5.0 1¼ 104 270 135

Berko 4 8.0 1½ 136 297 135

Berko 5 9.0 2 108 297 135


All Models

Max. Operating Pressure 10 bar

Max. Operating Temperature 95°C

In keeping with the progressive nature of the company, we reserve the right to amend details without notice.Veolia/Berko™/AQF0022_EN_V2.2/Sept2014


BERKOFIN™ FilterScreen Filtration

Berkofin™ filters help to prevent wear and corrosion of downstream pipe work, components and connected equipment.


Features & Benefits

• 100 μm filter; removes sand, oxidants, dissolved sediments

• Continual flow, even during backwashing

• Fixed filter; no consumables, minimal maintenance

• Stainless steel or brass filters; corrosion resistant

• Manual and automatic backwash options

Applications

• Industrial

• Domestic

• Reduce downstream corrosion and wear

Related Services


WATER TECHNOLOGIES

BERKOFIN™ Filter


Veolia/Berkofin™/AQF0023_EN_V2.2/sept2014



*Nominal flow rate at 2 barThe above models are manually backwashed, have brass filter housings and chrome nickel steel filters.

*Nominal flow rate at 2 barThe above models are manually backwashed, automatic backwashing is possible with the optional ZSA timer. Brass filter housings and chrome nickel steel filters.

*Nominal flow rate at 2 barThe above models are automatically backwashed (timer), have stainless steel filter housings and chrome nickel steel filters. Touch pad controllers with two line LED displays.

*Nominal flow rate at 2 barThe above models are automatically backwashed (pressure differential), have stainless steel filter housings and chrome nickel steel filters. Touch pad controllers with two line LED displays.

*Nominal flow rate at 2 barThe above models are manually backwashed, have stainless steel filter housings and chrome nickel steel filters.

Model FlowRate* Connections Max.

PressureMax.

Temperature Width Height Depth

m3/hr Raw Filtrate litres °C mm mm mm20 V 4.5 R ¾ R ¾ 16 30 263 286 11025 V 6.0 R 1 R 1 16 30 245 286 11032 V 9.0 R 1¼ R 1¼ 16 30 263 286 11040 V 9.0 R 1½ R 1½ 16 30 275 286 110


PressureMax.

Temperature Width Height Depth

m3/hr Raw Filtrate litres °C mm mm mmS 20 V 4.3 R ¾ R ¾ 16 70 178 449 97S 25 V 7.2 R 1 R 1 16 70 209 453 97S 32 V 7.8 R 1¼ R 1¼ 16 70 222 453 97S 40 V 10.0 R 1½ R 1½ 16 70 246 532 120S 50 V 11.5 R 2 R 2 16 70 267 532 120


PressureMax.

Temperature Width Height

m3/hr Raw Filtrate Backwash litres °C mm mmVAZ 50 H 22 Rp 2 Rp 2 R 1½ 10 95 285 475VAZ 65 H 35 DN 65 DN 65 R 1 10 95 370 493VAZ 80 H 45 DN 80 DN 80 R 1 10 95 370 510VAZ 100 H 75 DN 100 DN 100 R 1¼ 10 95 480 600VAZ 125 H 100 DN 125 DN 125 R 1¼ 10 95 480 620


PressureMax.


m3/hr Raw Filtrate Backwash litres °C mm mmVAZ 50 ASZ 22 Rp 2 Rp 2 R 1½ 10 95 285 530VAZ 65 ASZ 35 DN 65 DN 65 R 1 10 95 370 660VAZ 80 ASZ 45 DN 80 DN 80 R 1 10 95 370 665VAZ 100 ASZ 75 DN 100 DN 100 R 1¼ 10 95 480 720VAZ 125 ASZ 100 DN 125 DN 125 R 1¼ 10 95 480 730


PressureMax.


m3/hr Raw Filtrate Backwash litres °C mm mmVAZ 65 ASD 35 DN 65 DN 65 R 1 10 95 370 660VAZ 80 ASD 45 DN 80 DN 80 R 1 10 95 370 665VAZ 100 ASD 75 DN 100 DN 100 R 1¼ 10 95 480 720VAZ 125 ASD 100 DN 125 DN 125 R 1¼ 10 95 480 730

System Performance

Granular Media Pressure FiltrationStandard Products

WATER TECHNOLOGIES

Granular media is contained within a pressure vessel, typically GRP or coated steel. Water enters the top of the vessel and flows downwards through the bed of media, exiting through a collector system at the base. Contaminants are removed by straining and/or adsorption depending on the chosen media. The filters must be periodically backwashed.

Depending on the type of filter media used, granular media filtration has a variety of applications including:

> Filtration of water after chemical dosing to remove colloidal haze and turbidity

> Pre-filtration 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 filtration may also be used for very fine filtration by adding a layer of fine garnet below the sand.

Sometimes two stages of filtration are used –often anthracite and sand in the first vessel with sand and garnet in the second. This allows chemicals like polyelectrolytes to be added between the stages to improve filtration efficiency.

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 colour.

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

Dolomite or limestone chips are occasionally used in filters, either alone or as a separate layer above sand, to neutralise low pH waters. The media slowly dissolves and has to be replaced at regular intervals.

FILTRAFLO™ FPA-D Media Pressure Filtration

Granular media pressure filters can remove suspended solds, iron, manganese, hydrogen sulfide, chlorine, phenol and organics, depending on the chosen media.

Flow rates from 2 to 12 m3/hr per filter based on a safe 10m/h linear speed.

Features & Benefits

• Cost-effective solution

• Polyamide vessels PN6; corrosion resistant

• Top and bottom distributors with star nozzles

• Air vents

• Simplex / Duplex or combined configurations; Flexibility

• PVC pipings

• Double or triple layer for filtration optimization

• Manual or Automatic diaphragm or Butterfly valves with Pneumatic actuators

Options

• Choice of high quality media

• Control panel for automatic backwashing and rising

• Air compressor for pneumatic valves

• Feeding collectors for duplex configuration

• High Quality Media

• Berkosorb™ XS: chlorine, phenol and organics removal

• Berkosand™: suspended solids removal

Applications

• Surface and well water filtration and heavy metal precipitation

• Cooling tower water filtration loop

• Pre-treatment prior to membrane and ion exchange technologies

• Organics removal with specific media

• Wastewater filtration for reuse

• Sea water filtration

Related Services

Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure an efficient and long-term operation.

Hydrex™ Chemicals

Hydrex™ 3000 and 6000 water treatment chemicals from Veolia Water Technologies may optionally be used to enhance filtration.

WATER TECHNOLOGIES

FILTRAFLO™ FPA-D Media Pressure Filters


Veolia/Filtraflo FPA-D/AQF0128_EN_V2.0/March2015

For higher flow rates, please consult your local Veolia Water Technologies company: see our website for contact details.

ModelFlow rates* Connections Width Height Depth

m3/h DN mm mm mmSimplex. Manual/AutoFPA-D-50-100-SM/Ap 1.6-3.1 25 800 1914 650FPA-D-60-140-SM/Ap 2.1-4 25 900 2140 750FPA-D-70-125-SM/Ap 3.4-6.3 40 1050 2140 900FPA-D-90-110-SM/Ap 4.9-9.2 65 1200 2140 1150FPA-D-100-95-SM/Ap 7.4-13.9 65 1200 2200 1150FPA-D-120-100-SM/Ap 9.6-18 65 1550 2302 1400

Piping uPVC

Vessel Polyamid (6, UV resistant)

Material Specifications

Maximum operating pressure: 6 bar

Maximum operating temperature: 40°C

Operation


Electrical Supply

Automatic models 230/400V 50Hz

Naming System

System Performance & Dimensions

F PA -D 60 -140 S A e/pFamilyF Pressure filter

External Diameter 60 cm

Cylindrical HeightVessel cylindrical height of 140 cm

e=3 ways valves manuel/auto (electrical device)

p= Pneumatic actuators for automatic valves

Operation Manual

Automatic

Intern bottom distributionD Star DiffuserP Plate&Nozzles

Unit ConfigurationS Simplex (One vessel only)D Duplex (Two vessels in parallel)C Combined (Two vessels in Series)

Body and internal coatingCP Carbon PaintedPA PolyAmideFG Fiber GlassCR Rubber linedS4 SS 304S6 SS 316

*Flow rates as shown above based on linear speed 6m/h (mini) - 15m/h (maxi)

Note:1. Flow rates are dependant, on feed water quality and media selection2. Combined filters (2 filters in series) on specific request3. Our filters can be assembled and delivered for duplex/triplex configuration (filters in parallel)

FILTRAFLO™ FPA-DeMedia Pressure Filtration

Granular media pressure filters can remove suspended solids, iron, manganese, hydrogen sulfide, chlorine, phenol and organics, depending on the chosen media.


Features & Benefits

• Polyamide vessels; corrosion resistant

• Cost-effective solution

• Easy access for maintenance

• Valves electrically driven; no air supply

• Manual / automatic backwashing

• Simplex and duplex configurations; Flexibility

Options

• Choice of high quality media

• Air injection system (compressor, injector) for oxydation

• Control panel (automation)

High Quality Media

• Berkosan™: suspended solids removal

• Berkodol™, Berkolit™ CA & Berkosplit™: deacidification, CO2 reduction

• Berkolit™ FM & Mn: manganese, iron and hydrogen sulfide removal


Applications


• Cooling tower water loop filtration




Related Services


Hydrex™ Chemicals


WATER TECHNOLOGIES

FILTRAFLO™ FPA-De Media Pressure Filters


Veolia/Filtraflo FPA-De/AQF0127_EN_V2.0/March2015

Model Flow Rates* Connection Width Height Depth

m3/hr R (inches) mm mm mm

Simplex

FPA-D-50-100-SM 1.1-2.7 2 530 2100 750

FPA-D-50-100-SAe 1.1-2.7 2 530 2100 850

FPA-D-60-140-SM 1.4-3.6 2 600 2300 850

FPA-D-60-140-SAe 1.4-3.6 2 600 2300 940

FPA-D-70-125-SM 2.3-5.9 2 750 2300 1000

FPA-D-70-125-SAe 2.3-5.9 2 750 2300 1090

FPA-D-90-110-SM 3.5-8.7 2 900 2300 1180

FPA-D-90-110-SAe 3.5-8.7 2 900 2300 1260


Duplex

FPA-D-50-100-DM 2.2-5.4 2 1230 2100 750

FPA-D-50-100-DAe 2.2-5.4 2 1230 2100 850

FPA-D-60-140-DM 2.9-7.2 2 1370 2300 850

FPA-D-60-140-DAe 2.9-7.2 2 1370 2300 940

FPA-D-70-125-DM 4.7-11.7 2 1670 2300 1000

FPA-D-70-125-DAe 4.7-11.7 2 1670 2300 1090

FPA-D-90-110-DM 7.0-17.4 2 1970 2300 1180

FPA-D-90-110-DAe 7.0-17.4 2 1970 2300 1260

Note: Flow rates are dependant on feed water quality and media selection.

Pressure Vessels Polyamid (PA)

Pipework PVC-U

Nozzles Bottom nozzles star / Top distributor




Operation


Naming System


F PA -D 70 -125 S A eFamilyF Pressure filter



e=3 ways valves manuel/auto (electrical device)

Operation Manual

Automatic





FILTRAFLO™ FCP-DMedia Pressure Filtration

Granular media pressure filters can remove suspended solids, iron, manganese, hydrogen sulfide, chlorine, phenol and organics, depending on the chosen media.

Flow rates from 12 to 70 m3/h per filter based on a safe 10m/h linear speed.

Features & Benefits

• Steel vessels internally coated with epoxy painting; corrosion resistant

• Two manholes; easy access for maintenance

• PVC pipings• Simplex, Duplex or Combined

configurations; flexibility• Air vents

Options

• Choice of high quality media• Control panel for automatic

backwashing and rinsing• Air compressor for pneumatic

valves• Feeding collectors for duplex

configuration

High Quality Media





Applications


• Cooling tower water filtration loop



• Wastewater filtration for reuse• Sea water filtration

Related Services


Hydrex™ Chemicals


WATER TECHNOLOGIES

FILTRAFLO™ FCP-D Media Pressure Filters


Veolia/Filtraflo FCP-D/AQF0125_EN_V2.0/March2015

Naming System


Pressure Vessels Carbon Steel. Epoxy painting internal 250µm; epoxy external 170µm

Piping uPVC




Operation


ModelFlow rate* Connections Width Height Depth

m3/h DN mm mm mmSimplex. Manual/AutoFCP-D-125-100-SM/A 9.6-18 65 1450 2300 1450FCP-D-125-200-SM/A 9.6-18 65 1450 3300 1450FCP-D-150-100-SM/A 13.9-26.1 80 1700 2410 1700FCP-D-150-200-SM/A 13.9-26.1 80 1700 3410 1700FCP-D-180-100-SM/A 20.1-37.6 100 2000 2670 2000FCP-D-180-200-SM/A 20.1-37.6 100 2000 3670 2000FCP-D-210-100-SM/A 27.4-51.3 100 2300 2720 2300FCP-D-210-200-SM/A 27.4-51.3 100 2300 3720 2300FCP-D-225-100-SM/A 31.5-59 150 2450 2920 2450FCP-D-225-200-SM/A 31.5-59 150 2450 3920 2450FCP-D-250-100-SM/A 38.9-72.9 150 2700 3060 2700FCP-D-250-200-SM/A 38.9-72.9 150 2700 4060 2700FCP-D-300-100-SM/A 56.1-105.1 150 3200 3320 3200FCP-D-300-200-SM/A 56.1-105.1 150 3200 4320 3200



F CP -D 180 -100 S AFamilyF Pressure filter

External Diameter180 cm


Operation Manual

Automatic





FILTRAFLO™ FCP-P Media Pressure Filtration

Granular media pressure filter can remove suspended solids, iron, manganese, chlorine, acidity or organics depending on the selected media.

Flow rates from 5 to 90 m3/hr per filter based on a safe 10 m/h linear speed.

Features & Benefits• Steel vessels internally coated

with epoxy painting; corrosion resistant

• Two manholes; easy access for maintenance

• PVC pipings

• Simplex and duplex configurations; Flexibility

• Blower connection socket; air/water backwashing

• Air vents• Safety valve

Options

• Choice of high quality media• Air injection system (compressor,

injector, control panel)• Blower package• Control panel for automatic

backwashing (based on time or pressure differential)

• Front frame with feet (stand alone)

High Quality Media





Applications


• Cooling tower water loop filtration



• Industrial markets in general• Wastewater filtration for reuse

Related Services


Hydrex™® Chemicals


WATER TECHNOLOGIES

FILTRAFLO™ FCP-P Media Pressure Filters


Veolia/Filtraflo FCP-P/AQF0129_EN_V2.1/July2015

Pressure Vessels Carbon Steel, Epoxy

Pipework PVC

Nozzles Food Grade Polypropylene Mounted on the bottom welded floor




Operation



m3/h DN mm mm mmSimplex. Manual/AutoFCP-P-80-150-SM/A 4-8 40 1815 2485 1425FCP-P-80-200-SM/A 4-8 40 1815 2985 1425FCP-P-100-200-SM/A 6-12 50 1855 3103 1586FCP-P-120-200-SM/A 9-17 65 2060 3187 1835FCP-P-125-120-SM/A 10-19 65 2580FCP-P-140-250-SM/A 12-23 80 2520 3795 2060FCP-P-150-120-SM/A 14-26 80 2625FCP-P-160-250-SM/A 16-30 80 2650 3986 2260FCP-P-180-250-SM/A 20-38 100 3145 4054 2620FCP-P-200-250-SM/A 25-47 100 3308 4179 2738FCP-P-225-120-SM/A 32-59 150 3400FCP-P-250-120-SM/A 30-70 80 3515FCP-P-300-120-SM/A 60-105 150 3715FCP-P-320-120-SM/A 64-120 150 3820

Naming System


F CP -P 160 -250 S AFamilyF Pressure filter



Operation Manual

Automatic







FILTRAFLO™ FFG-D Media Pressure Filtration

Media pressure filter designed for high internal volume and contact time optimisation (adsorption processes: active carbon...).

Flow rates from 2.1 to 11.1 m3/h per filter based on a safe 10m/h linear speed.

Features & Benefits

• Fiber glass vessels

• Top and bottom distributors with star nozzles

• Air vents

• Simplex / Duplex configurations; Flexibility

• PVC pipings

• Manual or Automatic valves

Options

• Choice of specific media

• Control panel for automatic backwashing

• Air compressor for pneumatic valves

• Feeding collectors for duplex configuration

High Quality Media


• Berkosand™: suspended solids removal

Applications

• Organics treatment

• De-chlorination with active carbon media


• Specific adsorption processes


Related Services


Hydrex™ Chemicals


WATER TECHNOLOGIES

FILTRAFLO™ FFG-D Media Pressure Filters


Veolia/Filtraflo FFG-D/AQF0126_EN_V2.0/March2015



m3/hr DN mm mm mmSimplex. Manual/AutoFFG-D-50-170-SM/A 1.7-3.2 25 800 2468 650FFG-D-60-190-SM/A 2.2-4.2 25 900 2523 750FFG-D-70-190-SM/A 3.5-6.6 40 1050 2588 900FFG-D-100-190-SM/A 5.1-9.6 40 1300 2748 1150FFG-D-110-190-XXp 8.1-15.2 50 1400 2657 1250FFG-D-120-190-SM/A 8.9-16.6 65 1550 2697 1400

Piping uPVC

Vessel Fiberglass




Operation


Electrical Supply

Automatic models 230/400V 50Hz

Naming System


F FG -D 60 -190 S AFamilyF Pressure filter



Operation Manual

Automatic






OPACARB™ F FiltersPressure Granular Activated Carbon Filtration

The OPACARB™ F unit is a granular activated carbon (GAC) filtration system for pesticides and micropollutants removal. The pesticides are absorbed by the filter media. Once the carbon is saturated it must be replaced or regenerated.

Flow rates: from 10 up to 100 m3/h per unit

Features & Benefits

• Media: Granular Active Carbon (GAC) regenerable or recycled

• Skid-mounted unit, compact, can be easily integrated into water treatment system

• Modular; compatible with other standard Veolia unit

• Plug & play system, rapid installation and commissioning

• Fully-automated system; easy to use

• Flexibility given by options

• Compliant with ACS, CODAP, 97/23/CE DIRECTIVE/NFEN ISO 12944 standards

Applications

• Drinking water treatment

• Micropollutants and pesticide removal

• Reduction of taste and odor

Related Services

• Local after-sales service for preventative and corrective maintenance program

• Tailor-made design according to project

WATER TECHNOLOGIES

OPACARB™ F Filters


Veolia/OPACARBF™/AQF066_EN_V1.1/Oct2014


System Dimensions & Performances

Efficient Filtration process

Options

Model Flow (m3/h) Filter Diameter (mm)

Shell Height (mm) 1 Filtration Speed (m/h)

Contact Time (min) Empty Weight (kg)2

OPACARB F1220 10 1200 2000 8 11 2150

OPACARB F1820 20 1800 2000 8 11 2950

OPACARB F2320 33 2300 2000 8 11 3760

OPACARB F3020 57 3000 2000 8 11 5110

OPACARB F4020 100 4000 2000 8 11 9220

• Lined steel filter, certified French ACS or stainless steel lining

• 304L Stainless steel manifold

• Electrical or pneumatic valves

• Size and weight depending on each design size

• Pressure measure above and under nozzle floor for clogging control

• Flexible system, several options available

• Several level of automation available

• Operating pressure from 0 to 16 bars

• Optional pneumatic valves with air compressor instead of electric valves

• Remote process control; PLC

• Inlet flow regulation valve

• Backwash skid with pump and air blower

• Thermal insulation

• Turbidity control

• Disinfection system

• Pipe work in 316 L stainless steel.

For higher flow rates or other processes, consult your local Veolia Water Technologies representative.

1 Indicative shell height given for a 1000mm media height2 Estimated weight given for information only

OPAFLO™ Fe Iron Removal SystemOxidation and Filtration

The OPAFLO Fe is a compact unit for iron removal, containing one oxidation tower (OPATOUR™) and two filters OPAFLO™ for suspended solids removal.

Flow rates: from 25 to 100 m3/h per unit

Features & Benefits

• Modular; compatible with other Veolia standard units

• French ACS certification• Housed in a rain-proof

metallic shell

OPAFLO™ Fe

• Oxidation realized by online compressed air injection

• Pozzolan as media to ensure a good performance of oxidation

• Filtration with sand, or sand and anthracite, after the oxidation to retain the oxidized iron (as a precipitate Fe3+) and the turbidity of raw water

OPAFLO™ Fe Bio

• Catalysis of iron oxidation by autotrophic bacteria

• Bacteria selected among the most efficient

• Reproducing phenomenon of a catalytic nature

• Combination of oxidation and filtration stages in one unit (even if the pH is below 7)

Applications

• Iron removal in drinking water through two different methods

• Chemically: with oxidizing agents such as ozone, potassium permanganate or by simple aeration (OPAFLO™ Fe)

• Biologically: through iron bacteria (OPAFLO™ Fe Bio)

Related Services



WATER TECHNOLOGIES

OPAFLO™ Fe Iron Removal System


Veolia/OpafloFe™/AQF064_EN_V1.1/Oct2014



Filter Model Total Flowrate (m3/h)

Number of Filters

Flow per Filter (m3/h)

Filter Diame-ter (mm)

Filter Shell Height (mm)1

Filtration Speed (m/h)

Contact Time (min)

Total Empty Weight (kg)2

OPAFLO 1215 20 2 10 1200 1500 8 7.5 3980

OPAFLO 1815 40 2 20 1800 1500 8 7.5 5440

OPAFLO 2315 66 2 33 2300 1500 8 7.5 6920

OPAFLO 3015 113 2 56.5 3000 1500 8 7.5 9460

OPAFLO 4015 200 2 100 4000 1500 8 7.5 17420

1 Indicative shell height given for a 1000mm media height2 Estimated weight for information only

Note: For the OPAFLO Fe, the design of oxidation tower is custom-made.


Options

• Lined steel filter, French ACS certification or stainless steel lining

• 304L Stainless steel manifold• Electrical or pneumatic valves

• Differential pressure control• Operating pressure from 0 to 16 bars• Equipment size and weight depending each design size• Several levels of automation available

• Pneumatic valves with air compressor instead of electric valves• Remote process control; PLC• Inlet flow regulation valve• Backwash skid with pump and air blower

• Turbidity control • Thermal insulation• Disinfection system• Pipe work in 316 L stainless steel


Raw water

Purified water

Backwash skid with pump and air blowersOPAFLO™ water filtration process

OPAFLO™ As FiltersFerric Hydroxide Filtration

OPAFLO™ As are compact units dedicated to arsenic removal in raw water. The basic unit includes one or several filters fitted with their respective pipework and Granular Ferric Hydroxide (filtration media).


Features & Benefits

• Media: Granular Active Hydroxide

• Skid-mounted unit, compact can be easily integrated into water treatment system

• Modular; compatible with other standard Veolia units

• Plug & play system, rapid installation and commissioning

• Fully-automated system; easy to use

• Flexibility given by options

• Compliant with ACS, CODAP, 97/23/CE DIRECTIVE/NFEN ISO 12944 standards

Applications

• Dedicated to drinking water

• Arsenic removal from raw water

Related Services



WATER TECHNOLOGIES

OPAFLO™ As Filters


Veolia/OpafloAs™/AQF064_EN_V1.1/Oct2014




Options

Model Flow (m3/h) Filter Diameter (mm)

Shell Height (mm) 1 Filtration Speed (m/h)

Contact time (min) Empty Weight (kg)2

OPAFLO 1215 10 1200 1500 8 7,5 1990

OPAFLO 1815 20 1800 1500 8 7,5 2720

OPAFLO 2315 33 2300 1500 8 7,5 3460

OPAFLO 3015 57 3000 1500 8 7,5 4730

OPAFLO 4015 100 4000 1500 8 7,5 8710

• Lined steel filter, certified French ACS or stainless steel lining

• 304L Stainless steel manifold


• Size and weight depending on each design size

• Pressure measure above and under nozzle floor for clogging control

• Flexible system, several options available

• Several level of automation available


• Pneumatic valves with air compressor instead of electric valves

• Remote process control; PLC

• Inlet flow regulation valve

• Backwash skid with pump and air blower

• Thermal insulation

• Turbidity control

• Disinfection system

• Pipe work in 316 L stainless steel.


1 Indicative shell height given for a 1000mm media height2 Estimated weight given for information only

Softening

WATER TECHNOLOGIES

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 efficiency

> Fouling in reverse osmosis systems, causing loss of performance

> Scale in hot water calorifiers (heaters), reducing heat transfer efficiency

> Scum in laundries, reducing efficiency 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 passed through 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.

IONSOFT™ Mini (Berkesoft)Compact range of softeners

The IONSOFT Mini is a compact softener range based on ion Exchange resins technology that can be used for domestic or industrial applications. It is designed with upflow counter-current regeneration to optimize OPEX.

3 sizes.

Up to 4 units in parallel.

Production flow rate from 0.3 m3/h to 18.7 m3/h (up to 31.2 m3/h with blending 40% of raw water with 60% of softened water).

Features & Benefits

• User-friendly controller with LCD display integrated in the Control valve.

• Regeneration can be triggered manually or automatically.

• Automatic regeneration is based on Volume and time.

• Optimized usage of regeneration salt: upflow counter-current regeneration and proportional regeneration when resins are only partially exhausted.

• Compact designs with integrated brine tanks: space saving and easy installation.

• Up to 4 units running in parallel: continuous production.

• Integrated blending device: can be used when target is not to remove completely hardness.

• Materials in contact with water suitable for drinking water (pending approval with W270 German legislation).

Applications

• Drinking water softening

• Glass washing

• Cleaning and rinse water

• Laundry

• Reverse Osmosis feed water pre-treatment (eg. before Sirion)

• Laboratory

• Cooling towers

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™ 7110 water treatment chemicals from Veolia Water Technologies and salt pellets should be used for optimized operation.

WATER TECHNOLOGIES

IONSOFT™ MINI


Veolia/Ionsoft_Mini/DODTSF306305 - Rev A/EN/August2017


For higher flow rates or other processes, consult your local Veolia Water Technologies company, details below.

System operating parameters and dimensions

Model single vessel Unit Mini 5 Mini 15 Mini 35Min production flowrate m3/h 0.3 0.3 0.8Max production flowrate m3/h 0.7 2.0 4.7Max production flowrate with blending* m3/h 1.2 3.3 7.8Length m 0.61 0.74 0.74Width m 0.34 0.37 0.37Height m 0.73 1.09 1.09Connections - R1” BSPT R1” BSPT R1” BSPTModel 2 vessels in parallel Unit Mini 2-15 Mini 2-35Min production flowrate m3/h 0.3 0.8

Max production flowrate m3/h 4.0 9.4Max production flowrate with blending* m3/h 6.6 15.6Length m 0.85 0.85Width m 1.06 1.1Height m 1.09 1.09Connections - Rp1 ¼ ” BSPT Rp2” BSPTModel 3 vessels in parallel Unit Mini 3-15 Mini 3-35Min production flowrate m3/h 0.3 0.8Max production flowrate m3/h 5.9 14.0Max production flowrate with blending* m3/h 9.9 23.4Length m 0.85 0.85Width m 1.52 1.55Height m 1.09 1.09Connections - Rp1 ½ ” BSPT Rp2” BSPTModel 4 vessels in parallel Unit Mini 4-15 Mini 4-35Min production flowrate m3/h 0.3 0.8Max production flowrate m3/h 7.9 18.7Max production flowrate with blending* m3/h 13.2 31.2Length m 0.85 0.85Width m 2.00 1.95Height m 1.09 1.09Connections - Rp2” BSPT Flange DN65Performance (per vessel)Capacity kgCaCO3 0.23 0.71 1.75

Water consumption per regeneration L 49 86 172Salt consumption per regeneration kg 0.6 1.8 4.2

* Considering blending of 60% of inlet flow that is softened with 40% of inlet flow that is not softened.

Feed Water requirements

Parameter Unit ValueMin water temperature °C 5Max water temperature °C 25Min inlet pressure bar 2.5Max inlet pressure bar 6

Feed water must have a quality equivalent to potable water, colorless, free from organic contamination, chlorine, Iron, manganese and suspended solids. Raw water shall not contain hardness stabilizing agents and must not be over-saturated with gas.

Environmental conditions

Parameter Unit ValueMin ambient temperature °C 5Max ambient temperature °C 35

Indoor installation in a non-corrosive atmosphere.

Power requirements

Voltage AC 100-240VFrequency 50/60 HzPhase 1

IONSOFT™ Midi (Berkesoft)Cost-efficient softeners

The IONSOFT Midi is a cost-efficient softener range based on ion Exchange resins technology that can be used for industrial applications. It is designed with upflow counter-current regeneration to optimize OPEX.

5 vessel sizes.

Up to 2 units in Duty/Stand-by.

Production flow rate from 0.2 m3/h to 6.4 m3/h.

Features & Benefits





• Possibility to have duty/stand-by configuration with 2 vessels.

• Integrated blending device: can be used when target is not to remove completely hardness.

Applications

• Glass washing


• Laundry


• Laboratory

• Cooling towers

Related Services


Hydrex™ chemicals

Hydrex™ 7110 water treatment chemicals and salt pellets from Veolia Water Technologies should be used for optimized operation.

WATER TECHNOLOGIES

IONSOFT™ MIDI


Veolia/Ionsoft_Midi/DODTSF306306 - Rev A/EN/August2017




Model Unit Midi 15 Midi 25 Midi 45 Midi 70 Midi 90Min production flowrate m3/h 0.2 0.4 0.5 0.7 0.8Max production flowrate m3/h 2 3.3 5.4 5.9 6.4Capacity kgCaCO3 0.71 1.25 2.23 3.66 4.55Length m 0.86 0.88 0.89 1.05 1.06Width m 0.60 0.60 0.6 0.68 0.68Height m 1.09 1.09 1.3 1.42 1.57Connections - R1” BSPT R1” BSPT R1” BSPT R1” BSPT R1” BSPTModel Duty/ Stand-by Unit Midi 2-15 Midi 2-25 Midi 2-45 Midi 2-70 Midi 2-90Min production flowrate m3/h 0.2 0.4 0.5 0.7 0.8

Max production flowrate* m3/h 2 3.3 5.4 5.9 6.4Capacity kgCaCO3 1.43 2.50 4.46 7.32 9.10Length m 1.49 1.49 1.50 1.71 1.71Width m 0.60 0.60 0.6 0.68 0.68Height m 1.09 1.09 1.3 1.42 1.57Connections - R1” BSPT R1” BSPT R1” BSPT R1” BSPT R1” BSPTRegeneration (per vessel)Water consumption per regeneration L 85 128 216 328 485

Salt consumption per regeneration kg 1.75 3 5.4 8.4 10.8







Power requirements

Voltage AC 100-240VFrequency 50/60 HzPhase 1

IONSOFT™ Maxi (Berkesoft)Cost-efficient softeners

The IONSOFT Maxi is a cost-efficient softener range based on ion Exchange resins technology that can be used for industrial applications. It is designed with upflow counter-current regeneration to optimize OPEX.

5 vessel sizes.

Up to 4 units in parallel .Up to 2 units in Duty/Stand-by.

Production flow rate from 1 m3/h to 80 m3/h.

Features & Benefits





• Possibility to have duty/stand-by configuration with 2 vessels.

• Up to 4 units running in parallel: continuous production.

Applications

• Glass washing


• Laundry


• Cooling towers

Related Services


Hydrex™ chemicals

Hydrex™ 7110 water treatment chemicals from Veolia Water Technologies and salt pellets should be used for optimized operation.

WATER TECHNOLOGIES

IONSOFT™ MAXI


Veolia/Ionsoft_Maxi/DODTSF306307 - Rev A/EN/August2017




Model single vessel Unit Maxi 90 Maxi 120 Maxi 140 Maxi 230 Maxi 350Min production flowrate m3/h 1 1 1.2 2.1 2.8Max production flowrate m3/h 9 10.5 11.5 19 20Capacity kgCaCO3 4.6 6.0 7.1 11.7 17.5Length m 1.40 1.70 1.70 1.80 1.90Width m 0.70 1.05 1.05 1.05 1.10Height m 1.63 1.93 1.93 2.00 2.25Connections - Rp 2” BSPT Rp 2” BSPT Rp 2” BSPT Rp 2” BSPT Rp 2” BSPTModel Duty/ Stand-by Unit Maxi 2-90A Maxi 2-120A Maxi 2-140A Maxi 2-230A Maxi 2-350AMin production flowrate m3/h 1 1 1.2 2.1 2.8

Max production flowrate m3/h 9 10.5 11.5 19 20Capacity kgCaCO3 9.3 12.0 14.3 23.4 35.0Length m 1.93 2.25 2.28 2.45 2.55Width m 0.75 1.05 1.05 1.05 1.15Height m 1.75 2.05 2.05 2.03 2.28Connections - Rp 2” BSPT Rp 2” BSPT Rp 2” BSPT Rp 2” BSPT Rp 2” BSPTModel 2 vessels in parallel Unit Maxi 2-90P Maxi 2-120P Maxi 2-140P Maxi 2-230P Maxi 2-350PMin production flowrate m3/h 2 2 2.4 4.2 5.6Max production flowrate m3/h 18 21 23 38 40Capacity kgCaCO3 9.3 12.0 14.3 23.4 35.0Length m 2.05 2.60 2.60 2.75 3.10Width m 1.20 1.63 1.60 1.75 1.75Height m 1.63 1.90 1.93 2.00 2.25Connections - Rp 2” BSPT Flange DN65 Flange DN65 Flange DN80 Flange DN80Model 3 vessels in parallel Unit Maxi 3-90 Maxi 3-120 Maxi 3-140 Maxi 3-230 Maxi 3-350Min production flowrate m3/h 3 3 3.6 6.2 8.4Max production flowrate m3/h 27 31.5 34.5 57 60Capacity kgCaCO3 13.9 18 21.4 35.1 52.5Length m 2.58 3.90 3.90 3.95 4.10Width m 1.35 1.83 1.83 1.98 2.10Height m 1.63 1.90 1.93 2.00 2.25Connections - Flange DN65 Flange DN80 Flange DN80 Flange DN100 Flange DN100Model 3 vessels in parallel Unit Maxi 4-90 Maxi 4-120 Maxi 4-140 Maxi 4-230 Maxi 4-350Min production flowrate m3/h 4 4 4.8 8.4 11.2

Max production flowrate m3/h 36 42 46 76 80Capacity kgCaCO3 18.4 24 28.4 46.8 70Length m 3.25 4.80 4.80 4.80 4.90Width m 1.35 1.83 1.83 1.98 2.10Height m 1.63 1.90 1.93 2.00 2.25Connections - Flange DN80 Flange DN100 Flange DN100 Flange DN125 Flange DN125Regeneration (per vessel)Water consumption per regeneration L 500 660 770 1265 1925

Salt consumption per regeneration kg 11.2 14.4 17.2 28.1 42.0



Feed water must have a quality equivalent to potable water, free from organic contamination and suspended solids.





Power requirements

Voltage AC 100-240V / DC 15VFrequency 50/60 HzPhase 1

IONSOFT™ Mega (Berkesoft)Industrial softeners

The IONSOFT Mega is a softener range based on ion Exchange resins technology that can be used for any industrial application. It is designed with upflow counter-current regeneration to optimize OPEX. It uses multiple individual valves to reduce pressure losses and ease maintenance.

4 Models.

Production flow rate from 3 m3/h to 80 m3/h.

Features & Benefits

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

• Multiple individual valves: reduces pressure loss by almost 50% compared to single valve systems.

• Optimized usage of regeneration salt: upflow counter-current regeneration.

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

• Continuous production: duty/stand-by configuration.

Applications


• Cooling towers

• Glass washing


• Laundry

Related Services


Hydrex™ chemicals

Hydrex™ 7110 water treatment chemicals and salt pellets from Veolia Water Technologies should be used for optimized operation.

WATER TECHNOLOGIES

IONSOFT™ MEGA


Veolia/Ionsoft_Mega/DODTSF306308 - Rev A/EN/August2017




Model Unit AW2-550 AW2-800 AW2-1050 AW2-1400Min production flowrate m3/h 2.7 3.9 5.1 6.8Max production flowrate m3/h 27 39 51 68Max flowrate (short period) m3/h 32 46 60 80Capacity kgCaCO3 27.9 40.6 53.3 71.0Length m 3.20 3.95 4.49 4.67Width m 1.39 1.70 1.77 1.93Height m 2.65 2.74 2.82 2.91Raw water connection - Flange DN80 Flange DN100 Flange DN100 Flange DN100Soft water connection - Flange DN80 Flange DN80 Flange DN80 Flange DN100Water consumption per regeneration L 2731 3969 5206 6942Salt consumption per regeneration kg 49.5 72 94.5 126


Parameter Unit ValueMin water temperature °C 5Max water temperature °C 30Min inlet pressure bar 3Max inlet pressure bar 8.5





Power requirements

Voltage AC 230V / DC 22VFrequency 50 Hz (60 Hz on request only)Phase 1

Materials

Resin vessels Glass Reinforced Plastic Brine tanks PEPipework PVC

ACTINA™ PACKCompact Softening Process

By reducing calcium Hardness, ACTINA™ PACK is a water softening technology based on a catalytic crystallisation process for both municipalities and industries. This process is carried out in a reactor where nucleation reaction takes place after pH was risen by Lime or Soda injection in a presence of a catalyzer: the micro-sand. The reactor is then followed by dual media filters to meet treated water turbidity and TSS requirements.

From 38 up to 162 m3/h.

Veolia can also design ACTINA PACK upon request according to projects specific flowrate and hardness.

Features & Benefits

• High velocity (80 - 100m/h) resulting in a very compact technology – Small footprint compared to other existing technologies

• Coagulant and polymer not needed resulting in lower CAPEX compared to others existing softening technologies

• Very efficient calcium removal performances

• Easy by-products handling: Calcium pellets that can be used in road construction or in agriculture soil fertilization

• Materials certified for drinking water application according to ACS (French food grade certification)

Applications

Municipal:

• Drinking water softening

• Pipes scaling reduction

Industry:

• Boilers / heater & hot circuit scaling issues reduction

• Pretreatment before demineralization

Related Services


Hydrex™ Chemicals

Associated conditioning Hydrex™ solutions for optimum operation.

Serie 9000: Lime / Caustic Soda / Sulfuric Acid, Sand

Ionsoft™

When using caustic soda for decarbonation, a softener is needed. Refer to our Ionsoft standard softener product range.

WATER TECHNOLOGIES

REACTORS

Model Unit ACTINA 50 ACTINA 100 ACTINA 150

Raw water flow rate (with caustic soda) m3/h 47 -53 90 - 100 145 - 162

Raw water flow rate (with lime) m3/h 38 - 42 70 - 80 115 - 130

Reactor diameter m 0.8 1.1 1.4

Reactor total height** m 6.9 7.6 8

GRAVITY FILTERS

Model Unit F2030 F2830 F3430

Quantity of filters u 2 2 2

Filter internal diameter m 2 2.8 3.4

Filter cylindrical height m 3.8 4 4.1

Media type - Sand + Anthracite or pumice

STANDARD ACTINA PACK CAPACITY

Model Unit ACTINA 50 ACTINA 100 ACTINA 150

Raw water hardness mgCaCO3/l 700 - 1000

Treated water hardness mgCaCO3/l 30-150

Daily produced water m3/j 1000 - 1300 2000 - 2500 3000 - 4000

* Actina Pack standard design can be modified on request to be suitable to projects specific flowrate and hardness.** Reactor height is adapted upon raw water hardness, and calcium hardness removal requirements.

Parameter Unit Caustic soda Lime

Min water temperature °C 1 8

Max water temperature °C 30 30

Raw water quality mg TSS/l 20< 20<

ACTINA™ PACK


Veolia/Actina Pack/SSP0017_EN_V1.0/Sept.2017

Standard system dimensions & performances*

Non corrosive water.

Feed water requirements

Indoor. Non-corrosive atmosphereStandard design can be modified on request to be suitable for other environmental conditions.


Depending on water quality and project specifications, it is sometimes necessary to balance water pH before dual media filters to avoid sand scaling phenomena.

Other specifications


ACTINA PACK being installed on-site

OPADOU™Ion Exchange Resin System

OPADOU™ drinking water treatment systems use ion exchange resin to remove hardness from water.

Two versions are available: • Reinforced resin (service

pressure up to 6 bars) • Steel (service pressure up to

10 bars)

Flow rates: 10 to 150 m3/h

Features & Benefits

• Compact skid-mounted units

• Flexible configuration; simplex, duplex (one duty / one standby), triplex (two duty / one standby)

• The hydrogen (OPADOU™ H+), calcium and magnesium (OPADOU™ Na+) ions, mainly remain trapped on the resin

• Counter-current regeneration allowing a reduced salt consumption, better treated water quality, better control of the variation in residual nitrate contents

• Optional nitrate monitoring and remote process control

Applications


OPADOU™ Na+ • Permanent hardness removal

OPADOU™ H+ • Temporary hardness removal

Related Services


• Tailor made design according to project

• Support for setup and commissioning

WATER TECHNOLOGIES

OPADOU™


Veolia/Opadou™/AQF084_EN_V1.1/Avr2015



Exchanger Diameter (mm) Shell Height (mm) Area (m2) Resin Height (mm) Resin Volume (L)

800 2000 0.5 1 750 880

1000 2000 0.8 1 750 1 374

1200 2000 1.1 1 750 1 979

1400 2000 1.5 1 750 2 694

1800 2000 2.5 1 750 4 453


Reverse Osmosis

WATER TECHNOLOGIES

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:

> Purified 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 fine filter 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.

SIRION™ MiniReverse Osmosis Systems

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

Flow rates from 10 to90 l/hr.

Features & Benefits

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

• Optimised flow:size ratio; space saving and efficient

• 5μm pre-filtration included within unit; 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; reduces membrane fouling

Options

• Output to PLC via analogue signal for conductivity monitoring

Applications

• Industrial process water

• Boiler feed

• Micro Electronics

• Laboratory

• Hospitals

• Food and beverage industry

• Automotive industry

Related Services


WATER TECHNOLOGIES

SIRION™ Mini


Veolia/SIRION™ Mini/AQF0010_EN_V3.1/Sept2014

System Performance

System Dimension

Pipe Connections

Feed Water Supply Quality

Electrical Supply

All models 230V 50Hz standard.

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

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

Nominal Flows at 12°C*

Permeate l/hr 10-20 30-45 60-90

Feed l/hr 40 90 170

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

Pump Motor Size kW 0.25 0.25 0.25

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

Height mm 697 697 697

Depth mm 380 380 380

Width mm 450 450 450

Weight kg 53 60 63

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

Feed Water (BSPP Male) 1/2’’ 1/2’’ 1/2’’

Permeate (push in) 8 mm 8 mm 8 mm

Concentrate (push in) 8 mm 8 mm 8 mm

Supply Pressure min. 2 bar max. 6 bar

temperature min. 2°C max. 25°C

Potable water free from organic contamination, chlorine and suspended matter. Softening may be required for hard water areas.

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


SIRION™ MidiReverse Osmosis Systems

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


Features & Benefits


• Optimised flow: size ratio; space saving and efficient

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

• Programmable user interface; simple operation, monitoring and storage (14 days) of flow rate, conductivity and temperature values. (For PLC only).

• Modem & RS232 connections




Options


Applications

• Boiler feed


• Cleaning and rinse waters

• Reuse / recycling

• Healthcare

• Pharmaceuticals

• Laboratory

Related Services


Hydrex® Chemicals

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

WATER TECHNOLOGIES

SIRION™ Midi


Veolia/SIRION™ Midi/AQF0009_EN_V3.2/Sept2014

System Performance

System Dimension

Pipe Connections


Electrical Supply

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


Model 10-100 EP 10-200 EP 10-300 EP 10-500 EP 10-750 EP


Permeate l/hr 90-110 180-220 280-330 450-550 650-800

Feed l/hr 150 300 450 750 1000

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

Pump Motor Size kW 0.56 0.56 0.56 1.5 1.5


Height mm 1010 1260 1260 1260 1260

Depth mm 620 620 620 620 620

Width mm 600 600 600 600 600

Weight kg 59 61 68 73 95


Feed Water (push in) 12 mm 12 mm 12 mm 15 mm 15 mm

Permeate (push in) 12 mm 12 mm 12 mm 15 mm 15 mm

First Permeate (push in) 12 mm 12 mm 12 mm 15 mm 15 mm

Concentrate (push in) 12 mm 12 mm 12 mm 12 mm 12 mm



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



SIRION™ MaxiReverse Osmosis Systems

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


Features & Benefits


• Optimised flow:size ratio; space saving and efficient

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

• Programmable user interface; simple operation, monitoring and storage (14 days) of flow rate, conductivity and temperature values. (For PLC only).

• Modem & RS232 connections




Options


Applications

• Boiler feed


• Cleaning and rinse waters

• Reuse / recycling

• Healthcare

• Pharmaceuticals

Related Services


Hydrex® Chemicals

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

WATER TECHNOLOGIES

SIRION™ Maxi


Veolia/SIRION™ Maxi/AQF0007_EN_V3.3/Sept2014


System Performance

System Dimension

Pipe Connections


Electrical Supply

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

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


Permeate l/hr 450-500 650-800 950-1100 1450-1600 1950-2100 2450-2600 2900-3100 3800-4000 4700-5000

Feed l/hr 700 1000 1400 2000 2700 3300 4000 5200 6250

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

Pump Motor Size kW 2.2 2.2 2.2 4.0 4.0 4.0 4.0 4.0 5.5


Height mm 1630 1630 1630 2358 2358 2358 2358 2950 2950

Depth mm 1070 1070 1070 1070 1070 1145 1070 1200 1200

Width mm 636 636 636 636 636 636 636 800 800

Weight kg 200 220 240 290 330 370 410 300 325


Feed DN 20 DN 20 DN 20 DN 25 DN 25 DN 32 DN 32 DN 40 DN 40

Concentrate DN 15 DN 15 DN 15 DN 15 DN 15 DN 25 DN 25 DN 25 DN 25

Permeate DN 15 DN 15 DN 15 DN 25 DN 25 DN 25 DN 25 DN 32 DN 32

First Permeate DN 15 DN 15 DN 15 DN 25 DN 25 DN 25 DN 25 DN 32 DN 32



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



SIRION™ Mega Reverse Osmosis Systems

SIRION Mega reverse osmosis system produce high purity water, removing up to 98% of dissolved inorganics and over 99% of large dissolved organics, colloids and particles.Plug & play unit suitable for transportation into a container. 7 models available.All versions available according to European standards.

WATER TECHNOLOGIES

Flow rates from 5 to30 m3/h

FEATURES & BENEFITS

Low energy membranes result in lower operating pressure; cost savings.

Feed salinity up to 1000 ppm TDS (NaCl). Chemical injections points only (no dosing set). 5 μm pre-filtration included within the unit for

membrane protection. Dry run monitor; pump protection. Frequency controlled variable speed pump can

save up to 50% of electrical power required by conventional systems.

Concentrate throttling valve for flow adjustment. Concentrate Recirculation. Skid-mounted, standardized systems; short

lead times, quick installation and start-up. CIP connections. Programmable user interface; simple

operation, monitoring and storage of pressure, flow rate, conductivity and temperature values. (For PLC only.)

Modem & RS232 connections. AQUAVISTA™(1) cloud based integration and

reporting.

APPLICATIONS

SIRION Mega produces high purity water, purified water and utility water for: Boiler feed Biotechnologies Industrial process water Electronics Cooling water Hospitals Reuse / recycling Chemical industry Healthcare Primary metals

OPTIONS

Concentrate dump valve 1st stage backpressure valve 1st stage CIP flush valve Permeate divert HMI/PLC version

(1) AQUAVISTA™ is a cloud based program that allows you to monitor your system performance, day or night, with secure, real-time data available over any internet or cellular connection.

HYDREX® CHEMICALS

Hydrex® 4000 water treatment chemicals from Veolia Water Technologies should be

used for optimized plant operation.

RELATED SERVICES


SIRION™ MEGA

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TECHNICAL PERFORMANCES

System Operating Parameters

1 000 ppm configuration** Unit 110x2 110x3 110x4 210x4 211x4 211x5 320x5

Feed water TDS (NaCl) ppm Up to 1000 ppm

Typical design flux l/m2h 30.5

Permeate flowrate @ 12°C* m3/h 5 7.5 10 15 20 25 30

Feed water flowrate @ 12°C* m3/h 6.3 9.4 12.5 18.8 25 31.3 37.5

Recovery % 80

Installed power* kW 7.5 11 11 15 18.5 22 30

Selection of models must be done following RO projections based on project specific inlet water characteristics.* Flow rates and installed power are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3.

System Dimensions

Model Unit 110x2 110x3 110x4 210x4 211x4 211x5 320x5

Length mm 4100 4100 4900 4900 4900 5900 5900

Width mm 900 900 900 900 900 900 900

Height mm 1750 1850 1850 1850 2150 2255 2280

Empty weight kg 980 1100 1150 1200 1350 1700 1700

Pipes Connections

Model 110x2 110x3 110x4 210x4 211x4 211x5 320x5

Feed water DN40 DN40 DN50 DN50 DN65 DN65 DN80

Permeate outlet (product) DN40 DN40 DN40 DN50 DN50 DN65 DN65

Concentrate DN40 DN40 DN40 DN40 DN40 DN40 DN50

CIP inlet / Permeate flush inlet DN40 DN40 DN50 DN50 DN50 DN50 DN65

CIP outlet DN40 DN40 DN40 DN50 DN50 DN50 DN65

Permeate outlet (to CIP) DN40 DN40 DN40 DN50 DN50 DN50 DN50

Feed Water Supply QualityWell water or surface water.

Parameter Unit Value

Min water temperature °C 2

Max water temperature °C 30

Min inlet pressure bar.g 3

Max inlet pressure bar.g 6

SDI max - 3

Turbidity max NTU 1

Iron and heavy metals - 0

Oil, TSS and colloids - 0

Free chlorine Non detectable


Typical Treated Water Specifications and Performances


Typical salt rejection % 96 - 98

Product pressure Bar Pump feed pressure

Environmental Conditions


Min ambient temperature °C 5


Max Humidity (non-condensing) % 90

Indoor Design. Non-corrosive atmosphere.

Materials

Frame Epoxy coated carbon steel frame

Pipes Low pressure PVC

Pipes High pressure SS 316

Power Requirements

Voltage 380 / 420 V

Frequency 50 Hz

Phases 3

Other voltage or frequency available on request.

Other Specifications


Service air requirement bar.g 6 (max)

Permeate pressure bar.g = Inlet pressure

Other specs on request.

SIRION™ Mega HF High Flow and Low Energy Reverse Osmosis System

SIRION Mega HF reverse osmosis system produce high purity water, removing up to 98% of dissolved inorganics and over 99% of large dissolved organics, colloids and particles.Plug & play unit suitable for transportation into a container. Six models available. Configurable for feed water TDS of 1 000 ppm, 3 000 ppm or 5 000 ppm.All versions available according to European standards.

WATER TECHNOLOGIES

Flow rates from 32 to139 m3/h

FEATURES & BENEFITS

Low energy membranes result in lower operating pressure; cost savings.

Frequency controlled variable speed pump (VFD) can save up to 50% on electrical power compared to conventional systems.

5 μm pre-filtration included within the unit for membrane protection.

Dry run monitor; pump protection. Raw water rinsing. Concentrate throttling valve for flow

adjustment. Skid-mounted, standardized systems; short

lead times, quick installation and start-up. CIP manual valves. Built-in Ethernet port, touch screen HMI and

AQUAVISTA™(1) ready to facilitate local or remote monitoring and operation.

Permeate pressure bleed valve. Chemical injections points only (no dosing set).

(1) AQUAVISTA™ is a cloud based program that allows you to monitor your system performance, day or night, with secure, real-time data available over any internet or cellular connection.

APPLICATIONS

SIRION Mega produces high purity water, purified water and utility water for: Boiler feed Biotechnologies Industrial process water Electronics Cooling water Hospitals Reuse / recycling Chemical industry Healthcare Primary metals

OPTIONS

Feed ORP measurement Feed pH measurement Feed Conductivity measure Concentrate Recirculation External CIP skid AQUAVISTA™(1) cloud based integration and

reporting Set of Automatic valves for:

> RO flush with permeate (need CIP tank and pump)

> Semi-Automatic CIP

HYDREX® CHEMICALS

Hydrex® 4000 water treatment chemicals from Veolia Water Technologies

should be used for optimized plant operation.

RELATED SERVICES


SIRION™ MEGA HF

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TECHNICAL PERFORMANCES

System Operating Parameters

1 000 ppm configuration** Unit 420 x 6 420 x 7 840 x 6 840 x 7 1260 x 6 1260 x 7

Feed water TDS (NaCl) ppm Up to 1000 ppm

Typical design flux l/m2h 27

Permeate flowrate @ 12°C* (Range) m3/h 39.7 (32-40) 44 (37-47) 79.5 (64-80) 88 (75-93) 119.3 (96-119) 132 (112-139)

Feed water flowrate @ 12°C* (Range) m3/h 52.9 (40-53) 53.7 (46-56) 106 (78-106) 107.3 (91-112) 159.1 (117-160) 161 (137-168)

Recovery (Range) % 75 (70-82) 82 (70-82) 75 (70-82) 82 (70-82) 75 (70-82) 82 (70-82)

Installed power* kW 37 37 75 75 90 90

Selection of models must be done following RO projections based on project specific inlet water characteristics.* Flow rates and installed power are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3.** Up to 5000 ppm TDS upon request.

System Dimensions

Model Unit 420 x 6 420 x 7 840 x 6 840 x 7 1260 x 6 1260 x 7

Length mm 6 875 7 920 6 875 7 920 6 875 7 920

Width mm 1 300 1 300 1 705 1 705 2 200 2 200

Height mm 2 800 2 800 2 830 2 830 2 830 2 830

Empty weight kg 3 200 3 550 5 000 5 400 6 300 6 800

Operating max weight kg 4 700 5 200 7 800 8 700 10 500 11 800

Pipes Connections

Model 420 x 6 420 x 7 840 x 6 840 x 7 1260 x 6 1260 x 7

Feed water DN 100 DN 100 DN 150 DN 150 DN 150 DN 150

Permeate outlet (product) DN 80 DN 80 DN 150 DN 150 DN 150 DN 150

Concentrate DN 50 DN 50 DN 80 DN 80 DN 100 DN 100

CIP inlet / Permeate flush inlet DN 65 DN 65 DN 100 DN 100 DN 100 DN 100

CIP outlet DN 65 DN 65 DN 100 DN 100 DN 100 DN 100

Permeate outlet (to CIP) DN 65 DN 65 DN 100 DN 100 DN 100 DN 100

Feed Water Supply QualityWell water or surface water.


Min water temperature °C 2


Min inlet pressure bar.g 3

Max inlet pressure bar.g 6

SDI max - 3

Turbidity max NTU 1

Iron and heavy metals - 0

Oil, TSS and colloids - 0

Free chlorine Non detectable


Typical Treated Water Specifications and Performances


Typical salt rejection % 96 - 98

Product pressure Bar Pump feed pressure

Environmental Conditions


Min ambient temperature °C 5


Max Humidity (non-condensing) % 90

Indoor Design. Non-corrosive atmosphere.

Materials

Frame Epoxy coated carbon steel frame

Pipes Low pressure PVC

Pipes High pressure SS 316

Power Requirements

Voltage 380 / 420 V

Frequency 50 Hz

Phases 3

Other voltage or frequency available on request.

Other Specifications


Service air requirement bar.g 6 (max)

Permeate pressure bar.g = Inlet pressure

Other specs on request.

SIRION™ MultipureReverse Osmosis - Brackish Water Desalination

SIRION™ Multipure reverse osmosis systems are specifically designed to treat brackish waters. They reject over 99% of the salt contained within the feed water.

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

Features & Benefits

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

• Small footprint; easily integrated into existing plant

• Chemical pre-treatment; protects the RO membranes

• High pressure pump with variable frequency drive; efficient and quiet operation

• 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 water reuse

Related Services


Hydrex® Chemicals

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

WATER TECHNOLOGIES

SIRION™ Multipure


Veolia/SIRION™ Multipure/AQF0016_EN_V2.1/Sept2014


Model

Flow @ 15°C Nominal Recovery

Dimensions Membranes PumpFeed Permeate WxDxH Weight 1st array 2nd array Power

m3/hr m3/hr % m kg Quantity Quantity kWFeed water TDS up to 1000 ppm

RO 100/1 5.94 4.17 70 5x1.7x2.2 1400 2 2 7.5RO 150/1 8.92 6.25 70 5x1.7x2.2 1450 3 3 9.2RO 225/1 14.29 9.38 70 5x1.7x2.2 1600 6 3 11RO 325/1 19.10 13.54 70 5.5x1.7x2.2 1700 8 4 18.5RO 425/1 23.39 17.71 75 7.5x1.7x2.2 1900 12 6 18.5RO 500/1 27.67 20.83 75 5.5x1.7x2.2 2100 12 8 22RO 600/1 32.94 25 75 6.5x1.7x2.2 2200 15 10 26RO 750/1 41.34 31.25 75 7.5x1.7x2.2 2300 18 12 30RO 850/1 47.41 35.42 75 6.5x1.7x2.2 2500 20 15 30RO 1100/1 61.19 45.83 75 7.5x1.7x2.2 3200 24 18 37RO 1300/1 72.13 54.17 75 7.5x1.7x2.2 3450 30 18 45RO 1450/1 80.66 60.42 75 7.5x1.7x2.2 3700 30 24 55RO 1800/1 100.13 75 75 (9x2x2.2)+(9x1.5x2.2) 4300+4300 42 24 63RO 1900/1 105.7 79.17 75 (9x2x2.2)+(9x1.5x2.2) 4550+4550 42 30 75RO 2100/1 116.82 87.5 75 (9x2x2.2)+(9x1.5x2.2) 4800+4800 48 30 75RO 2200/1 122.39 91.67 75 (9x2x2.2)+(9x1.5x2.2) 5000+5000 54 30 75RO 2500/1 139.07 104.17 75 (9x2x2.2)+(9x1.5x2.2) 5500+5500 60 36 92Feed water TDS up to 3000 ppmRO 100/3 6.41 4.17 70 5x1.7x2.2 1400 2 2 13RO 125/3 7.38 5.21 70 5x1.7x2.2 1450 3 3 11RO 200/3 12.78 8.33 70 5x1.7x2.2 1500 6 3 13RO 280/3 17.89 11.67 70 5.5x1.7x2.2 1600 8 4 18.5RO 375/3 22.18 15.75 70 5.5x1.7x2.2 1800 12 6 18.5RO 450/3 26.65 18.79 70 5.5x1.7x2.2 2100 12 8 22RO 550/3 32.44 23 70 6.5x1.7x2.2 2350 15 10 30RO 650/3 38.43 27.25 70 7.5x1.7x2.2 2400 18 12 30RO 780/3 46.21 32.63 70 7.5x2x2.2 2575 20 15 37RO 1000/3 55.48 41.67 75 7.5x2x2.2 3200 24 18 45RO 1175/3 62.28 48.96 75 7.5x2x2.2 3450 30 18 55RO 1350/3 75 56.25 75 7.5x2x2.2 3700 30 24 55RO 1500/3 83.33 62.5 75 7.5x2x2.2 4000 36 24 63RO 1700/3 94.57 70.83 75 (9x2x2.2)+(9x1.5x2.2) 4300+4300 42 24 75RO 1800/3 100 75 75 (9x2x2.2)+(9x1.5x2.2) 4550+4550 42 30 75RO 1900/3 105.56 79.17 75 (9x2x2.2)+(9x1.5x2.2) 4800+4800 48 30 92RO 2100/3 116.82 87.5 75 (9x2x2.2)+(9x1.5x2.2) 5000+5000 54 30 92RO 2400/3 133.51 100 75 (9x2x2.2)+(9x1.5x2.2) 5500+5500 60 36 92Feed water TDS up to 5000 ppmRO 100/5 6.33 4.17 70 5x1.7x2.2 970 3 3 11RO 175/5 11.13 7.29 70 5x1.7x2.2 1100 6 3 13RO 250/5 15.93 10.42 70 5.5x1.7x2.2 1400 8 4 22RO 350/5 22.32 14.67 70 7.5x1.7x2.2 1610 12 6 22RO 400/5 25.46 16.75 70 5.5x1.7x2.2 1600 12 8 22RO 500/5 31.61 20.83 70 6.5x1.7x2.2 1950 15 10 30RO 600/5 38.46 25 70 7.5x1.7x2.2 2200 18 12 37RO 700/5 44.39 29.17 70 6.5x1.7x2.2 2575 20 15 37RO 900/5 53.57 37.5 70 7.5x1.7x2.2 3200 24 18 55RO 1100/5 65.48 45.83 70 7.5x1.7x2.2 3450 30 18 55RO 1250/5 74.4 52.08 70 7.5x1.7x2.2 3700 30 24 63RO 1550/5 92.26 64.58 70 (9x2x2.2)+(9x1.5x2.2) 4300+4300 42 24 75RO 1650/5 98.21 68.75 70 (9x2x2.2)+(9x1.5x2.2) 4550+4550 42 30 92RO 1750/5 104.17 72.92 70 (9x2x2.2)+(9x1.5x2.2) 4800+4800 48 30 92RO 1950/5 116.07 81.25 70 (9x2x2.2)+(9x1.5x2.2) 5000+5000 54 30 92RO 2150/5 127.98 89.58 70 (9x2x2.2)+(9x1.5x2.2) 5500+5500 60 36 110

Material Specifications Feed Water Supply QualityPressure Vessels FRP 400 psiPipework AISI 316L SCH40 for high pressure / Others: uPVCSkid EPOXY coated carbon steelPump Material AISI 304 or 316L (depending on TDS)Pump Type Centrifugal submersible multistage sleevedControl Cabinet Painted carbon steel to IP54Membranes Polyamide spiral wound (8")

Feed Water design Temp. (°C) 15Max. SDI 3Max. Turbidity (NTU) 1Max. TOC (ppm) 3Iron (ppm) < 0.1Manganese (ppm) < 0.1Free Chlorine (ppm) < 0.1


SIRION™ Sea WaterReverse Osmosis Systems

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

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

Features & Benefits

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

• Small footprint; easily integrated into existing plant

• Chemical pre-treatment; protects the RO membranes

• High pressure pump with variable frequency drive; efficient and quiet operation

• Energy recovery device for high flow 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


Related Services


Hydrex® Chemicals

Hydrex® 4000 water treatment chemicals from Veolia WaterTechnologies should be used for optimised operation.

WATER TECHNOLOGIES

SIRION™ Sea Water


Veolia/SIRION™ Sea Water/AQF0017_EN_V3.2/Sept2014


ModelFlow @ 20°C

RecoveyDimensions Membranes Pump

Feed Permeate WxDxH Weight Quantity Powerm3/hr m3/hr % m kg - kW

D-25 5.30 1.06 20 3x1.7x2.2 1600 2 18.5D-50 6.42 2.12 33 3x1.7x2.2 1700 4 22D-75 7.95 3.18 40 4x1.7x2.2 1800 6 22D-100 10.60 4.24 40 5x1.7x2.2 1900 8 2x15D-125 13.25 5.30 40 6x1.7x2.2 2000 10 2x22D-150 15.88 6.35 40 4x1.7x2.2 2100 12 2x22D-190-PX 19.88 7.95 40 6.5x1.7x2.2 2200 15 22+2.2D-230-PX 23.88 9.55 40 8x2x2.2 3100 18 30+2.2D-270-PX 26.55 11.15 42 8.5x2x2.2 3400 21 2x18.5+3D-360-PX 35.36 14.85 42 8.5x2x2.2 3700 28 2x22+3D-450-PX 44.17 18.55 42 9x2x2.2 4025 35 2x30+4D-530-PX 52.98 22.25 42 10x2x2.2 4325 42 55+5.5D-620-PX 61.90 26.00 42 10x2.15x2.2 4525 49 55+5.5D-710-PX 70.48 29.60 42 10x2.15x2.2 4530 56 75+7.5D-800-PX 79.45 33.37 42 10x2.15x2.2 4535 63 75+7.5D-890-PX 88.33 37.10 42 10x2.15x2.2 4600 70 90+7.5


Low 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

Pipe Connections

Raw Water Design Temperature °C 20Raw Water Maximum Turbidity NTU 1Raw Water Minimum Pressure bar 3SDI <3



Ultrafiltration & Nanofiltration

WATER TECHNOLOGIES

Ultrafiltration is a membrane separation process similar to microfiltration and reverse osmosis. However, it differs in terms of the size of particles removed and its operation. Ultrafiltration operates at low pressures and is capable of removing suspended solids including fine particulates, colloids and high molecular weight 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

UFLEX™ MK3Ultrafiltration

Uflex™ MK3 ultrafiltration systems are skid-mounted, reliable and compact solutions for removing suspended solids, most bacteria and log4 viruses.

Permeate Net Flow:• 5.8 to 27.1 m3/hr

(min. 50 lmh / max. 110 lmh) per skid

• 54 to 108 m3 for two up to four skids in parallel

Features & Benefits

• Fully automatic operation with no operator involvement

• Automatic Hydraulic backflush & CEB backwash with connections

• Integrated and simple use controller for easy operation and maintenance

• Module vertical mounting for space saving

• Skid modular and flexible design enabling easy production capacity extension

• One controller to manage up to 4 skids in parallel mode for cost saving

Options

• Inlet control valve

• CEB backwash station with dosing pumps

• Backwash buffer tank to complete the CEB station above

Applications

• Industrial process water*

• Swimming pool water

• Water recycling and reuse

* No drinking water agreement

Type of water to be ultrafiltered

• City water

• Well water

• Surface water*

• Waste water*

* Coagulant dosing unit is necessary before filtration process and/or module recirculation pumps (excluded from our scope)

Related Services

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

Hydrex Chemicals

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

WATER TECHNOLOGIES


Veolia/UFLEX™/AQF0036_EN_V2.5/July2015

Performance

Dimensions and connections

Electrical Supply

All models 380/415V, 3 phases, 50Hz.

* with / without legs

Model 64/1-P 128/2-P 192/3-P 256/4-P

No. of elements 1 2 3 4

Membrane Area m2 64 128 192 256

Operating TMP bar 0.5 – 1.0 0.5 – 1.0 0.5 – 1.0 0.5 – 1.0

Permeate Flow m3/h (net) 3 – 6.8 6 – 13.5 9 – 20.3 12.1 - 27.1

Flux ref. min/max l/hr/m² 50 - 110 50 - 110 50 - 110 50 - 110

Multi skids 1x256/4-P 2x256/4-P 3x256/4-P 4x256/4-P

Nb of skids 1 2 3 4

Nb of elements per skid 4 4 4 4

Membrane area m2 256 512 768 1024

Operating TMP bar 0.5-1.0 0.5-1.0 0.5-1.0 0.5-1.0

Permeate Flow Min/Max m3/hr (net) 12.1 - 27. 1 24.2 - 54.2 36.3 - 81.3 48.4 - 108.4

Flux ref. min/max l/hr/m2 50 - 110 50 - 110 50 - 110 50 - 110

Model (One skid) 64/1-P 128/2-P 192/3-P 256/4-P

Height mm 2218/2138* 2224/2144* 2241/2151* 2276/2194*

Depth mm 795 795 795 795

Width mm 1648 1657 2635 2655

Feed DN 40 50 65 80

Permeate DN 40 50 65 80

Drain DN 40 65 65 80

Backwash Water DN 40 65 65 80

Feed Water Standard Quality Units Typical value

City water/ Well/ surface water or waste water*

Max TSS** ppm <20

Particle size µm <200

Max System Pressure bar 6

Max Operating Temperature °C 40

Visit our website: www.veoliawatertechnologies.com/uflex/en/

CEB backwash station

* For waste or surface water, coagulation unit is needed in front ** Above 20ppm TSS, to be validated by the Product Manager.

UFLEX™


Veolia/UFLEX™/AQF0036_EN_V2.5/July2015

Performance

Dimensions

Electrical Supply

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

* with / without legs

Model 64/1-P 128/2-P 192/2-P 256/4-P

No. of elements 1 2 3 4

Membrane Area m2 64 128 192 256

Operating TMP bar 0.5 – 1.0 0.5 – 1.0 0.5 – 1.0 0.5 – 1.0

Permeate Flow m3/h (net) 3 – 6.8 6 – 13.5 9 – 20.3 12.1 - 27.1

Flux Ref. Min/Max l/hr/m² 50 - 110 50 - 110 50 - 110 50 - 110

Multi skids 1 x256-4P 2x256-4P2 3x256-4P3 4x256-4P4

Nb of skids 1 2 3 4

Nb of elements per skid 4 4 4 4

Membrane area m2 256 512 768 1024

Operating TMP bar 0-5-1.0 0-5-1.0 0-5-1.0 0-5-1.0

Permeate Flow Min/Max m3/hr (net) 12.1 - 27. 1 24.2 - 54.2 36.3 - 81.3 48.4 - 108.4

Flux ref. min/max l/hr/m2 50 - 110 50 - 110 50 - 110 50 - 110

Model (One skid) 64/1-P 128/2-P 193/3-P 256/4-P

Height mm 2218/2138* 2224/2144* 2241/2151* 2276/2194*

Depth mm 795 795 795 795

Width mm 1648 1657 2635 2655

Feed DN 40 50 65 80

Permeate DN 40 50 65 80

Drain DN 40 65 65 80

Backwash Water DN 40 65 65 80

Filling Line Backwash Water Tank

DN 32 50 50 50

Feed Water Supply Quality Units Typical value

City water/ Well/ surface water or waste water*

Max TSS** ppm <20

Particle size µm <200

Max System Pressure bar 6

Max Operating Temperature °C 40


CIP Water Pumping Station

* For waste or surface, coagulation unit is needed in front ** Above 20ppm TSS, to be validated by the Product Manager.

UFLEX™

OPAMEM™ NANONanofiltration

The OPAMEN™ NANO membrane filtration system uses nanofiltration technology, which is designed to ensure a cut off of around one nanometer.

Flow rates20 up to 60 m3/h per unit

Features & Benefits

• Certified ACS French Health Compliance

• Modular design; extensible, flexible (until 3 levels per skid), can be combined to treat larger volumes

• Stainless steel set

• Electric or pneumatic valves

• Can be combined with OPAFLO™ filter as a pretreatment

Options available

• Fully automated operation and backwash

• Anti scaling device

• Re-equilibration device

• CO2 stripping tower

Applications

Specific treatment for drinking water by removal of:

• Total Dissolved Organic Carbon (COT/COD)

• Pesticides

• Bacteria

• Viruses

• Nitrates, sulfates

• Hardness

• Partial TDS

Related Services

• Support for setting up and commissioning



Hydrex™ chemicals

Associated conditioning Hydrex™ solutions for optimum operation

WATER TECHNOLOGIES

OPAMEM™ NANO


Veolia/OPAMEM™Nano/AQF063_EN_V1.1/Oct2014



Model Unit OPAMEM Nano 24-3 OPAMEM Nano 42-3 OPAMEM Nano 66-3

Permeate flowrate (typical) m3/h 20 40 60

Conversion rate (typical) % 82% 82% 82%

Inlet flowrate (typical) m3/h 24 49 73

Number of stages 3

Element type NF 90

Element area m2 37

Number of element per vessel 6

Number of pressure vessel per skid 4 7 11

Number of element per skid 24 42 66

Total membrane area m2 888 1554 2442


Note: Designs given for information only using typical design fluxes. Detailed design of skid may change according to water quality and project specifications.

Ion Exchange Deionisation

WATER TECHNOLOGIES

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

> Humidification systems

> Battery top-up

> Surface finishing

For industrial processes requiring high purity water, the most widely used purification technology is twin bed ion exchange deionisation. The ion exchange resins are contained in two separate pressure vessels and flow 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.

24rTM DeioniserIon Exchange Deionisation

24rTM deionisation systemstypically produce water witha conductivity of less then25 μS/cm.

Flow rates from 60 to 400 l/hr.

Features & Benefits

• Cost effective capital and running costs for deionised water production

• Robust skid and stand design for long life and reliability

• Optimized flow:size ratio; space saving and efficient

• Pre-assembled, skid mounted system; reduces installation costs and ensures rapid start-up time

• Safe operation, with no mains electrical connections

• Battery operated conductivity meter for system quality control and operation

• Non-return valves and break tanks can be fitted if required

• Manually regenerated

Applications

• Laboratories

• Metal finishing and surface treatment

• PCB and semiconductor rinsing

• Toiletries and cosmetics

• Chemical dilution

• Battery top-up

Related Services


WATER TECHNOLOGIES

24rTM Deioniser


Veolia/24r™/AQF0001_EN_V1.2/Sept2014

System Performance

System Dimensions, Weights & Connections

Maximum Flow 400 l/hr

Minimum Flow 60 l/hr

Optimum Flow for Maximum Capacity 200 l/hr

Regeneration Time 1.5 hours

Pressure Loss at Maximum Flow 2.2 bar

Pressure Loss at Optimum Flow 0.5 bar

Maximum Flow to Drain During Regeneration 700 l/hr

Effluent Volume per Regeneration 400 l

Chemical Usage per RegenerationHCI (32%) 3.5NaOH (30%)

3.5 l2.7 l

Output per Regeneration(100 mg/l Total Anion Load as CaCO3 Inc. CO2 & SiO2) 5 m3

Height 1050 mm

Depth 360 mm

Width 430 mm

Recommended Headroom 500 mm

Approx. Service Weight 60 kg

Pipe Connections*Inlet (with 1.5m tubing) inches 3/8Outlet (with 1.5m tubing) inches 3/8Drain (with 4m tubing)

3/8 inches3/8 inches1/2 inches


*3/8» male BSP connections also supplied

Treated Water Quality


TDS mg/l Conductivity µS/cm

24r™ <10 <25

Pressure Vessels Composite plastic

Pipework PVC

Skid Epoxy coated mild steel

Control Valves Manually operated ball type


Potable water free from organic contamination, chlorine and suspended solids.Supply Pressure: min. 1.5 bar max. 6 barTemperature: min. 5°C max. 30°C

Electrical Supply

Battery required - 9V PP3 or equivalent.


DUO ECLIPSETM DeioniserDeionisation Systems

Duo Eclipse™ two stage deionisers remove up to 98% of total dissolved solids and will typically produce water with a conductivity of less than 20 μS/ cm.


Features & Benefits

• Skid-mounted, standardised systems; short lead-times, quick installation and start-up

• Electronic control panel with indication lamps, conductivity monitor, manual override; simple to use, operational flexibility

• Conductivity controlled automatic regeneration; minimal operator involvement

Options

• Regenerant storage system with low level chemical switches, linked to Duo Eclipse™ control panel; minimizes chemical handling, insufficient chemicals alarm

• Inlet cartridge filter; prevents particulate matter from entering resin beds

• Acid fume system for carboy operation; reduces fumes to atmosphere

Applications

• Industrial process water• Boiler feed• Metal finishing

Related Services


WATER TECHNOLOGIES

DUO ECLIPSETM Deioniser


Veolia/Duo Eclipse™/AQF0025_EN_V1.2/Sept2014

System Performance

System Dimensions, Weights & Connections

Model 150 300 400

Flow Rates m3/hr 0.25 - 1.5 0.5 - 3.0 1.0 - 4.0

Operating Pressures bar 4.0 - 6.0 4.0 - 6.0 4.0 - 6.0

Pressure Loss at Max. Flow bar 1.6 2.8 3.0

Regeneration Time (50 Hz Max.) hours 2.8 3.5 3.0

Max. Flow to Drain m3/hr 2.0 2.8 4.0

Effluent Volume per Regen. (Approx) m3 1.0 1.6 2.0

Chemical Usage per Regen.

HCI (32% w/w) l 10 20 35

HCI (28% w/w) l 11 23 41

NaOH (30% w/w) l 10 24 37.5

Output per Regen.(100 mg/l Total Anion Load as CaCO3 Inc. CO2 & SiO2)

m3 25 60 100

Model 150 300 400

Height mm 1505 1965 2050

Depth mm 670 670 700

Width (Exc. Regen. Containers) mm 870 1070 1250

Recommended Headroom mm 1000 1000 1000

Recommended Rear Access mm 1000 1000 1000

Approx. Service Weight kg 480 835 950

Inlet inches 1 1 1

Outlet inches 1 1 1

Drain inches 1 1 1

Model 150 300 400

TDS mg/l <10 <10 <20

Conductivity μS /cm Maximum: <30 Average: <20




Pressure Vessels Composite plastic

Pipework ABS and uPVC


Control Valves Noryl plastic

Control Cabinet IP54 enclosure


Potable water free from organic contamination, chlorine and suspended solids.Temperature: min. 5°C max. 35°C

Electrical Supply

240V or 110V single phase, 50/60 Hz.


RAPIDE STRATA™ Twin-bed DeionisersIon Exchange Deionisation with Short Cycle Regeneration

Rapide Strata™ twin-bed deionisers produce high purity water for a range of industrial applications. The unique design offers savings of up to 40% on running and effluent costs compared to conventional ion exchange systems.


Features & Benefits

• Regeneration in 30-45 minutes; minimizes down time, enhances bacterial control, improves chemical usage efficiencies

• Control system Siemens PLC and Touch screen HMI; facilitates monitoring and operation. (Allen-Bradley available on request.)

• Continuous conductivity monitor with auto service shut-off and alarm; ensures water quality

• Continuous, intermittent or zero recirculation of water when tank reaches high point; operational flexibility

• Skid-mounted, standardised systems; short lead times, quick installation and start-up

Applications

• Pharmaceutical

• Beverage

• High and medium pressure boiler feed

• Surface finishing

• General industry

Rapide™ Strata+ Model

• Integrated polishing device (Hipol™)

• Removes need for separate post deionisation

• Produces water exceeding Ph Eur and USP conductivity requirements

Extended Regeneration Option on Strata+ models

• Capable of producing water with <20 ppb of reactive silica; suitable for high and medium pressure boiler-feed

• Produces water of <0.1 μs/cm; polishing RO water

Related Services


WATER TECHNOLOGIES

RAPIDE STRATA™ Deioniser


Veolia/Rapide™ Strata/AQF0011_EN_V2.2/Sept2014


Rapide™ Strata Rapide™ Strata+

Model 4 10 18 4+ 10+ 18+

Maximum Gross Flow* m3/hr 4 10 18 4 10 18

Minimum Flow m3/hr 2.5 6.5 14 2.5 6.5 14

Regeneration Time minutes 35 35 35 35 - 45** 35 - 45** 35 - 45**Maximum Flow to Drain duringRegeneration m3/hr 2.5 6.5 11.5 2.5 6.5 11.5

Effluent Volume per Regeneration m3 0.7 1.5 2.7 0.7 1.5 2.7

Chemical Usage per Regeneration

HCl (32%) litres 6.2 15.4 27.8 6.2 15.4 27.8

NaOH (32%) litres 5.8 14.5 26.1 5.8 14.5 26.1

Bulked Effluent pH 6 - 9 6 - 9 6 - 9 6 - 9 6 - 9 6 - 9

Output per Regeneration(100 mg/l Total Anion load as CaCO3Inc CO2 & SiO2)

m3 20.4 51.6 93.6 16.8 42 75.6

Power Consumption - Max. kW 1.5 3 5.5 1.5 3 5.5

* The maximum available flow-rate depends on the TDS of the feed water and the number of regenerations per day.** Regeneration: The Rapide™ Strata+ has a 35 minutes regeneration for <1μS/cm water and up to 45 minutes regen for <0.1μS/cm.

Equipment Performance

Model 4 10 18 4+ 10+ 18+

Height mm 2075 2130 2230 2075 2130 2230

Depth mm 900 1100 1300 900 1100 1300

Width mm 1500 2000 2080 1500 2000 2080

Recommended Headroom mm 1000 1000 1000 1000 1000 1000

Approx. Service Weight kg 650 1550 1950 650 1550 1950

Feed Inlet (uPVC Socket Union) DN40 DN50 DN80 DN40 DN50 DN80

Service Outlet (uPVC Socket Union) DN32 DN40 DN50 DN32 DN40 DN50

Regeneration Water Inlet (uPVC Socket Union) DN40 DN50 DN80 DN40 DN50 DN80

Drain (uPVC Socket Union) DN25 DN32 DN40 DN25 DN32 DN40

Equipment Dimensions

TDS (mg/l) Conductivity (μS/cm)

Rapide™ Strata <1 max. 5; average <2

Rapide™ Strata+ <0.2 1-0.1

Typical Treated Water Quality

Resin Vessels Composite plastic

Pipework PVC-U

Pump 316 stainless steel multistage centrifugal


Control Valves Air operated diaphragm valves

Control Cabinet Epoxy coated steel to IP54


Feed Water Requirements

Potable water free from organic contamination, chlorine and suspended solids.PressureUnpressurised via local break tank, or max. 1.2 barTemperaturemin. 5°C max. 30°C (to 40°C max on request)TDS max. 500 mg/lConductivity max. 700 μS/cmElectrical Supply Options

380/415V, 3 Phase, 50 HZ standard or adapted to customers requirements on request.Air Supply

5.5 - 6.0 Bar, Instrument Quality, 5 litres per minute intermittent


OPADEN™ Nitrate Removal SystemIon Exchange Technology

OPADEN™ is a reliable and safe solution for drinking water treatment that meets World Health Organization’s (WHO) recommendations. The OPADEN™ units use well-known and efficient technologies such as ion exchange resin and counter-current upflow regeneration.

High quality potable water : Nitrate < 50 mg/L


Features & Benefits

• Complete treatment line including all necessary equipment and reagents

• Proven technology using ion exchange resin

• Upflow counter-current resin regeneration process

• Certified ACS French Health Compliance

• Flexible; can treat different flows and nitrate concentration

• Simplex, duplex or triplex units

• Modular systems; can be combined to treat larger volumes

• Remote control device; easy to operate

• Skid-mounted systems; short lead-time; quick installation and commissioning; can be integrated into concrete plants

• Several options available

Applications

• Nitrate removal for drinking water

• Small sized cities

Related Services

• Support for installation and commissioning



WATER TECHNOLOGIES

OPADEN™ Nitrate removal system


Veolia/Opaden™/AQF062_EN_V1.1/Oct2014



Exchanger Diameter

(mm)

Shell height (mm)

Area (m2)

Treated water per

unit (m3/h)

NO3 in Raw water

(mg/l)

NO3 in Treated

water (mg/l)

By pass flowrate

(m3/h)

Resin Capacity

(eq/l)

Resin volume (liters)

OPADEN 820800 2000 0.5 10 90 25 3 0.3 880

800 2000 0.5 15 50 25 12 0.3 880

OPADEN 10201000 2000 0.8 18 90 25 6 0.3 1 375

1000 2000 0.8 23 50 25 19 0.3 1 375

OPADEN 12201200 2000 1.1 24 90 25 8 0.3 1 986

1200 2000 1.1 26 50 25 20 0.3 1 986

OPADEN 14201400 2000 1.5 32 90 25 10 0.3 2 700

1400 2000 1.5 36 50 25 28 0.3 2 700

OPADEN 14201800 2000 2.5 54 90 25 16 0.3 4 463

1800 2000 2.5 72 50 25 58 0.3 4 463

The OPADEN standard unit includes one or several skid-mounted ion exchangers fitted with their respective pipe work, valving, feed pump, electrical control cabinet and brine preparation tank.

• Stainless steel and PVC manifold


• Specific adapted ion-exchange resin for eliminating nitrates

• Brine silo

• Prefabricated modular unit to be placed on a concrete slab


• The unit may be housed in a heated container to make it frost-proof

• Continuous nitrate monitoring and remote process control


*Design based on resin capacity of 0.3 eq/l

OPADOU™Ion Exchange Resin System

OPADOU™ drinking water treatment systems use ion exchange resin to remove hardness from water.

Two versions are available: • Reinforced resin (service

pressure up to 6 bars) • Steel (service pressure up to

10 bars)

Flow rates: 10 to 150 m3/h

Features & Benefits

• Compact skid-mounted units

• Flexible configuration; simplex, duplex (one duty / one standby), triplex (two duty / one standby)

• The hydrogen (OPADOU™ H+), calcium and magnesium (OPADOU™ Na+) ions, mainly remain trapped on the resin

• Counter-current regeneration allowing a reduced salt consumption, better treated water quality, better control of the variation in residual nitrate contents

• Optional nitrate monitoring and remote process control

Applications


OPADOU™ Na+ • Permanent hardness removal

OPADOU™ H+ • Temporary hardness removal

Related Services


• Tailor made design according to project

• Support for setup and commissioning

WATER TECHNOLOGIES

OPADOU™


Veolia/Opadou™/AQF084_EN_V1.1/Avr2015



Exchanger Diameter (mm) Shell Height (mm) Area (m2) Resin Height (mm) Resin Volume (L)

800 2000 0.5 1 750 880

1000 2000 0.8 1 750 1 374

1200 2000 1.1 1 750 1 979

1400 2000 1.5 1 750 2 694

1800 2000 2.5 1 750 4 453


SDI CYLINDERSIndustry Series

The SDI Cylinders (Industry Series) range constitutes 6 deionised water cylinders for many industrial applications and pure water requirements.

Features & Benefits

• No chemicals need to be handled or stored

• No effluent to drain

• Flexible; easily upgradeable solution to meet higher demands in quality or water flow

• Easy and convenient cylinder exchange

• Requires minimal space; No water storage requirements

• Sustainable solution; cylinders are reprocessed and 98% of ion exchange resin is recycled and any spent resins are incinerated to produce electricity

• Minimal maintenance

Applications

• Industrial requirement for pure water

• Power plant

• Cleaning

• Polishing after Reverse Osmosis (RO) units or Twin-bed deionisation systems

Related Services


WATER TECHNOLOGIES

SDI CYLINDERS - INDUSTRY RANGE


Veola/SDI Industry Series/Jan15

Type of cylinder F G I IHF L M

Flow rate at 3 bar nominal (l/hr) 1 300 1 800 2 500 10 000 20 000 40 000

Flow rate at 3 bar maximal (l/hr) 1 500 2 000 3 500 20 000 30 000 50 000

Temperature Max (° C) 35

Pressure nominal (bar) 3 3 3 3 4 4

Pressure maximal (bar) 5 5 5 5 8 8

Dimensions diameter (cm) 35 x 35 64 x 64 64 x 64 64 x 64 90 x 90 110x135

Dimensions height (cm) 172 193 200 210 200 215

Dimensions weight including resin (kg) 170 240 390 390 780 1 450

Cylinder capacity (m3) 9 13 22 22 43 86

* Full demineralisation of raw water with 250 ppm CaCO3 to >10 MΩ.cm resistivity (single cylinder)


Performances


SDI CYLINDERSLab Series

The SDI Cylinders (Lab Series) range constitutes 6 deionised water cylinders for laboratory and healthcare applications and pure water requirements.

Features & Benefits

• Robust and hygienic

• Easy to install and connect

• Recyclable materials of construction

• No chemicals needed

• No waste or effluents

• Supports feed water pressures

• Quick rinse up

• Low pressure drop at full flow

• High capacity deionization performance

Applications

• Suitable for all demineralized water production in Laboratories and university

• Polishing after Reverse Osmosis (RO) units or Twin-bed deionisation systems

Related Services


WATER TECHNOLOGIES

SDI CYLINDERS - LAB SERIES


Veola/SDI LAB Series/Jan15

Parameters E100 E200 E300 E500 E600 E1000

Volume of resin (l) 8 14 22 43 60 94

Exchange capacity (°F.m3) 10 25 35 75 105 165

Recommended operating output (l/hr) 80 150 250 450 600 1500

Temperature Max (° C) 35

Recommended operating pressure (bar) 3 3 3 3 3 3


System Performance

Total in liters mineralization E100 E200 E300 E500 E600 E1000

10°F 1000 2500 3500 7500 10500 16500

20°F 500 1250 1750 3750 5250 8250

30°F 333 833 1167 2500 3500 5500

40°F 250 625 875 1875 2625 4125

50°F 200 500 700 1500 2100 3300

Theoretical exchange cycle as a function of feed water

Diameter (mm) 205 205 254 254 345 345

Height (mm) 450 655 660 1170 960 1330

Dry height (kg) 11 17 25 45 65 110

Dimensions


Continuous Electrodeionisation (CEDI)Standard Products

WATER TECHNOLOGIES

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 or regenerate 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.


> Pharmaceutical

> High pressure boiler feed

> Humidification systems

> Microelectronics

> Central laboratory

CEDI SystemsContinuous Electrodeionisation

CEDI systems polish reverseosmosis permeate to produce high purity water of up to18 MΩ.cm.

Flow rates from 1.4 to 40.8 m3/hr

Features & Benefits

• Chemical free operation, no regeneration downtime; continuous flow, consistent water quality

• Skid-mounted, standardised systems; short lead-times, quick installation and start-up

• Up to 8 CEDI modules per skid; flexibility, high flow rates

CEDI Modules

• Double o-ring seal; leak-free operation

• Completely filled concentrating compartments; no need for recirculation pump and brine injection

• Plate-and-frame arrangement gives even distribution of fluid and current flow; improves performance and module longevity

Applications

• Power

• HPI/CPI

• High pressure boiler feed


• Food & Beverage industry

• Electronics

Related Services


Hydrex® Chemicals

Hydrex® 5000 water treatment chemicals from Veolia Water Technologies should be used for optimised operation.

WATER TECHNOLOGIES

CEDI Systems


Veolia/CEDI/AQF0026_EN_V1.2/Sept2014

Performance

Dimensions



Electrical Supply

Models with one module: 230V / 1 / 50Hz standardOther models: 400V / 3 / 50Hz standard

*At nominal flow rate

*Equivalent including CO2

*Other materials upon request: PPH, PVDF, SS

Model 24-01 30-01 24-02 30-02 30-03 30-04 30-06 30-08

No. of Modules 1 1 2 2 3 4 6 8

Flow Rates m3/h 1.4 - 4.2 1.7 - 5.1 2.8 - 8.4 3.4 - 10.2 5.1 - 15.3 6.8 - 20.4 10.2 - 30.6 13.6 - 40.8

Nominal Flow Rate m3/h 2.8 3.4 5.6 6.8 10.2 13.6 20.4 27.2

Recovery % 90-95 90-95 90-95 90-95 90-95 90-95 90-95 90-95

Max. Pressure Drop* bar 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4 1.7 - 2.4

Feed Water Source RO Permeate

Conductivity* μS/cm <40

Silica ppm <1

Iron, Manganese, Hydrogen Sulfide ppm <0.01

Total Chlorine ppm as CI2 <0.02

Hardness ppm as CaCO3 <1

Dissolved Organics (TOC) ppm as C <0.5

Operating pH range 4 - 11

Max. Feed Temp. °C 45

Max. Feed Pressure bar 7

Pipework uPVC*

Skid Welded structural carbon steel

Sample Valves ¼" PP ball valve


Model 24-01 30-01 24-02 30-02 30-03 30-04 30-06 30-08

Weight kg 250 260 500 525 900 1050 1800 2100

Width mm 600 600 1060 1060 1440 1440 1440 1440

Height mm 1800 1800 1900 1900 2030 2030 2030 2030

Depth mm 1300 1300 1300 1300 2550 2550 3400 3400

Connections

Feed Water Inlet DN 25 25 40 40 50 50 80 80

Product Outlet DN 25 25 40 40 50 50 80 80

Reject Outlet DN 15 15 20 20 25 25 40 40

Ultraviolet Disinfection

WATER TECHNOLOGIES

Ultraviolet (UV) technology is an effective chemical-free technology for water 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 effectiveness 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 configuration. For any one treatment plant, disinfection success is directly related to the concentration of colloidal and particulate constituents in the water.

UV Water Treatment - Industrial rangeUV Disinfection

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


WATER TECHNOLOGIES

UV Water Treatment - Industrial range


Veolia/UV Water Treatment - Industrial range/ AQF060_EN_V2.1/Sept2014


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 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, 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

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 35 i – UV 468 i IP65 / NEMA 4

Dimensions/Weight 400 x 300 x 155 mm(excl Brackets) 18kg

UV 900 i 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

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** ** UV 900 I cannot be mounted vertically

**Photo includes the UV Monitor.

UV Chamber Specifications


UV Water Treatment - Pharma rangeUV Disinfection

Ultra Violet (UV) technology is an effective chemical-free technology 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


WATER TECHNOLOGIES

UV Water Treatment - Pharma range


Veolia/UV Water Treatment - Pharma range / AQF078_EN_V1.2/sept2014


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

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

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


WATER TECHNOLOGIES

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


> 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 different 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-configured prior to delivery for quick installation and start-up. In addition, the control systems are specifically designed to monitor and control the combined technologies making for an efficient and easy to use system.

Multi-Technology Solutions

IonPRO™ LXReverse Osmosis & CEDI

The IonPRO™ LX systems produce high purity water with low bacteria levels.

Flow rates from 500 to 1000 l/hr.

Features & Benefits

• I-Button security protection• HMI: intuitive & simple to

use; process information, performance calculations, warnings, alarms displayed on screen

• Stainless steel skid; longevity• Aesthetically pleasing;

moulded covers• Compact skid; small foot print• Standardised single-skid design;

short lead timesand quick start-up• Flexible design solutions;

easy upgrade, options• Configurable set points• Combined drain; simplicity• Supplied with full Factory

Acceptance Test (FAT)• Integral automatic sanitisation

(AutoSan); minimal operator involvement, reliable & repeatable

Options

• Validation pack with schedules, Installation Qualification (IQ) and Operational Qualification (OQ)

• Degasser for performance enhancement

Applications

• Pharmaceutical • Microelectronics• Central laboratory

(analytical water grade 2)• General manufacturing

Related Services


Hydrex® Chemicals

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

WATER TECHNOLOGIES

IonPRO™ LX


Veolia/IonPRO™ LX Mk2/AQF058_EN_V1.2/Sept2014



IONPRO® LX Mkll Model 2-10 3-10 3-18 4-10 4-18

Nominal Flows*

@15°C & 1 bar

Feed m3/hr 0.75 1.10 1.10 1.50 1.50

Product Water m3/hr 0.50 0.75 0.75 1.00 1.00

Feed Water, Conductivity & CO2 High Medium High Medium High

Nominal Flows* are given for indication, more accurate projetions can be obtained using the System Sizing Programme (SSP)

Recovery % 65-75

Dimensions Width mm 800 (950 with optional Degasser)

Depth mm 1100 (1300 with optional Degasser)

Height mm 1570

Weight kg 650 650 660 650 660

Salt Tank Dia x Height mm 550 x 850

Salt Usage per Regeneration kg 6

Softener Output per Regeneration (200mg/l Total Hardness as CaCo3)

m3 10

Connections Feed 3/4" BSP (G) Female

Product 25mm uPVC Socket Union (option: 1" stainless steel tri-clamp)

Return 25mm uPVC Socket Union (option: 1" stainless steel tri-clamp)

Drain 40mm uPVC Socket Union

Electrical Supply (50Hz) 380/400/415V : 3phase : 50Hz : 6.2 kVA

Electrical Supply (60Hz) 220/380/400/415/480V : 3phase : 60Hz : 7 kVA

Power Consumption Depends on operating conditions - See SSP

Softeners Noryl Heads Polyethylene Lined Vessels

Soft Water Tank High Density Polyethylene

RO Pressure Vessels PVC and fibreglass epoxy

Pipe Work cPVC & uPVC

Frame 304 Stainless Steel

RO Pump 304 & 316 Stainless Steel

Power cabinet Painted Mild Steel

RO Elements 4" x 40" Thin-Film Composite

CEDI Module Robust Wide Cell Technology

General Potable water free from organics, colloidsand suspended solids (SDI < 3)

Pressure 3.5 bar minimum, 6 bar maximum

Temperature 5 - 25°C

Total Dissolve Solids (TDS) < 1000 ppm

Iron < 0.1 ppm

Manganese < 0.05 ppm

Free Chlorine < 0.25 ppm with Activated Carbon Cartridge Filters< 0.02 ppm with Pleated Depth Cartridge Filters

Total Hardness < 400 ppm as CaCO3

Material Specifications Feed Water Requirements


ORION®

Hot Water Sanitisable Solution for the Pharmaceutical Industry

Orion® packaged systems are pre- validated, skid-mounted and hot water sanitisable. Developed specifically for the pharmaceutical market, they are compliant with all industry requirements.

Orion® systems have over 80 standard configuration options in order to best meet the unique needs of each client.

Nominal flow rates from 500 to 20 000 l/hr.

C Series - Our classic Orion offers you the core Orion technology within the most economical investment package.

E Series - Our mid-range Orion reduces water during recycle mode. It also conserves energy to meet good environmental practices.

S Series - Our premier Orion meets the ultimate requirements for sustainability. Optimised technologies reduce overall energy and water consumption and offers long term operational savings.

Features & Benefits

• Regular hot water sanitization at 85˚C; guaranteed microbial compliance

• Designed, manufactured and validated to GAMP

• Fully compliant with latest ISPE, USP and Ph Eur specifications

• Automated PLC control; minimizes operator involvement

• HMI has secure access keys and alarms; prevents accidental or unauthorized usage

• Unique CEDI design; efficiently and reliably ensures water quality

• Skid-mounted, pre-assembled, pre-tested; space saving, short lead times, quick start-up

• Comprehensive and standardised validation pack (FAT, IQ, OQ); reduces validation time

Applications

Purified Water• Ophthalmics• Antibiotics• Tablet coating• Granulation• Diagnostics• Veterinary products

Highly Purified Water• Nasal/ Ear preparations• Nebuliser solutions• Haemo filtration solutions• Irrigation solutions

Related Services


Hydrex® Chemicals

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

WATER TECHNOLOGIES

ORION®


Veolia/ORION®/AQF0045_EN_V2.2/janvier 2015

Orion Performance (Single Pass RO)

Orion Dimensions (Single Pass RO)

Feed Water Requirements

Specifications Standard

- Not Available

o Optional

Typical Treated Water Quality

Dimensions are approximate and vary with options selected.Dimensions exclude the salt/brine tanks and dosing tanks.Dimensions for 9000 and above exclude the softeners which are not mounted on the Orion skid.

Model 500 1000 2000 4000 6000 9000 12000 15000 20000Product flow (nominal) l/h 500 1000 2000 4000 6000 9000 12000 15000 20000Feed flow - C Series (nominal) l/h 625 1250 2500 5000 7500 13500 15000 18750 25000Feed flow - S Series (nominal) l/h 560 1120 2240 4480 6720 10000 13350 16700 22250Recovery % 75 - 90

Single Pass RO Model 500 1000 2000 4000 6000 9000 12000Height mm 2100 2420 2010Width mm 3600 4000 5000Depth mm 1400 1600 1800Weight (operational) kg 2100 2300 2600 4700 6000 5600 6400

General Potable water free from organics, colloids and suspended matter, SDI<1

Free Chlorine <0.25ppmTemperature 5 – 30°CPressure 4 – 6 bar

C Series E Series S Series

Pre-treatment Softener (plastic) o -Pre-treatment Softener (stainless) - Water saved blue display Energy saved blue display - Reduced water discharge - Reduced product flow during recycle - Integral recovery RO - - Reject recycle pump - - Single Pass RO Twin Pass RO - o -Continuous Electro-Deionisation Hot Water Sanitisation Low energy pumps RO/CDI Recovery Displayed

Standard Orion Orion with UF OptionMeets current USP & Ph Eur requirements for Purified Water

Meets current Ph Eurrequirements for Highly Purified Water

Conductivity <0.2 μS/cm <0.2 μS/cmTOC <250 ppb <250 ppbBacteria <10 cfu/ml <10 cfu/100mlEndotoxins N/A <0.125 EU/ml


RECYCLO™Recycling Vehicule Wash Wastewater

Recyclo™ uses advancedtechnologies to recycle 90%of vehicle wash wastewater into high quality recycled water,removing organic pollution and suspended solids , odours and colours from wastewater.

Nominal flow rate: 3 m3/hr

Features & Benefits

• Flexible unit: works with all the roll-overs

• No need for dedicated operator on site: global solution including equipment and related services

• No civil works: skid mounted unit, posed on a flagstone

• Plug and play system

• Unique and Veolia patented combination of technologies

• Guarantee of activity continuity, even in the case of water scarcity thereby increasing sales turnover

• Respect for the Environment and conformity with environmental standards for water release and water consumption

• Proven recycling rate ~90%: much higher than the market average

Applications

Wastewater from roll-overs for:

• Car cleaning

• Bus cleaning

• Coach cleaning

• Tram cleaning

• Train cleaning

• Plane cleaning

Related Services


Veolia Products

Reclyclo™ includes several Veoliapatented products

• 3FM filter: deep filtration through fiber media

• PICAHYDRO F22 activated carbon

• Hydrex 3210 water treatment chemicals

WATER TECHNOLOGIES

RECYCLO™


Veolia/RecycloTM/AQF035_EN_V1.2/Sept2014


System Performance

Parameters Unit Value

COD Removal % 60

SS Removal % 70

Turbidity Removal % 80

Possible Residual Turbidity NTU <10

Width 2000 mm

1200 mmm

Height 2400 mm

Weight

With no housing 525 kg

With aluminium housing* 675 kg

With stainless steel skid and housing* 1 500 kg

System dimensions

Average data of RecycloTM tested on several sites for the washing of vehicles of all types (car, bus and truck).

Three versions exist to meet different needs for protection.

* Protects from bad weather and provides sound and thermal insulation.

No Legionella bacteria Recycling rate: > 90%

Clarification & Flotation

WATER TECHNOLOGIES

Clarification 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. Clarification consists of three stages: coagulation, flocculation and sedimentation.

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


> Primary clarification of wastewater

> Treatment of biofilter backwash water σ Clarification of trickling filter effluents

> 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 efficiency, chemical additives are normally dosed. Coagulation followed by flocculation inside the treated fluid is achieved. Coagulation is meant to destabilise solid particles in stable equilibrium inside the fluid, while flocculation is meant to gather the particles into bigger and more extended flocs.

OPASCEP™ PackDrinking Water Package Plant

OPASCEP™ Pack constitutes a large range of skid-mounted systems for drinking water treatment in compliance with the World Health Organization’s (WHO) recommendations. Certified ACS, the OPASCEP units use well-known and efficient technologies to produce high quality drinking water: coagulation, flocculation, lamella clarification, pressure sand filtration, and disinfection.

Flow rates: from 10 up to 125m3/h per unit

Features & Benefits

• Cost-effective; Complete treatment line including all necessary equipment and reagent

• Proven technology combining physico-chemical process and pressure filtration

• Compliant with the French ACS standards and meets W.H.O recommendations

• Modular; can be combined for larger capacities or specific treatment applications

• Easy to operate; remote control device

• Plug & Play, ready to install

• Fully-automated or robust manual operation

• Skid-mounted or containerized systems

Applications

• Production of potable water for small and medium-size cities

• Surface water treatment

Related Services

• Support for installation and commissioning



Hydrex™ Chemicals

Associated conditioning Hydrex™ solutions for optimum operation: Hydrex 3000 and 6000 series (coagulants and flocculants)

WATER TECHNOLOGIES

OPASCEP™ Pack


Veolia/OpascepTM Pack/AQF065_EN_V1.1/Oct2014



A compact drinking water unit

Model Flow Flocculation Volume

Total Settling Area

Total Filtra-tion Area

Media Height Electrical Power

Empty Weight

Packing

- m3/h m3 m2 m2 m kW tons Container

OPASCEP 10 10 2 1.2 1.6 1.0 7 5.5 1x20’

OPASCEP 20 20 3.8 2.4 2.6 1.0 10 6.7 1x40’

OPASCEP 30 30 6 3.2 4.0 1.0 13 7.7 1x40’

OPASCEP 50 50 8.7 6 6.2 1.0 15 9.7 1x40’ + 1x20’

OPASCEP 80 80 11 7 10.7 1.0 25 12.3 2x40’ + 1x20’

OPASCEP 100 100 14 8.2 12.7 1.0 25 13.9 2x40’ + 2x20’

OPASCEP 125 125 24 11.6 16.1 1.0 28 15.4 2x40’ HC +2x20’

The OPASCEP unit is composed of a coagulation and flocculation settling skid followed by a filtration skid. A skid used for preparing and dosing the pre-conditioning and disinfection reagents is incorporated. The backwashing equipment is installed on-board the skid. The filters are backwashed using an innovative permutation system that avoids the use of a filtered water tank. These skids are designed to fit into containers.


Lamella Clarification

Collection Tank

Flocculation

Coagulation

Chemicals

Filtration

COAGULATION-FLOCCULATION:The particles in suspension, under the action of the coagulant, will be aggregated in flocs. A slow speed mixer increases the size and the cohesion of the floc.

DISINFECTION:The elimination of microorganisms and viruses in the water by disinfection processes help avoid the transmission of diseases. It is carried on the treated water outlet.

FILTRATION: The water under pressure, goes through two sand filters which trap the suspended solids still present in the water. The filters are regularly washed. The backwash can be automatic.

CLARIFICATION:The separation of water and floc is done in a settling tank containing lamella modules. These lamellas accelerate sedimentation of floc which settle to the bottom of the tank. The settled material accumulation will form the sludge and will be withdrawn automatically.

ACTIFLO® PACK (ACP2 series)The Ultimate Microsand Enhanced Clarifier

The pre-engineered Actiflo® Pack (ACP2 series) 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® Pack (ACP2 series), 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 optimisation: 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 Services


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™ Chemicals

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

WATER TECHNOLOGIES

ACTIFLO® PACK (ACP2 series)


Veolia/Actiflo® PACK (ACP2 series)/AQF0123_EN_V1.2/sept2014



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

Unit Dimensions


ACTIFLO® PACK (APW / APWW series)High Rate Clarifier

The pre-engineered Actiflo® Pack (APW / APWW series) is a compact standard package plant for drinking water, process water wastewater treatment and water re-use. The process is a highly efficient and proven clarification technology, which uses a microsand ballast that functions as a seed, enhancing floc formation and settling.

Flow rates:Drinking and process water:from 40 to 320 m3/hr per unitWastewater:from 80 to 640 m3/hr per unit

Features & Benefits

• Turbidity removal >90%, treats all water sources; highly efficient

• Reacts quickly to changing raw water quality; provides consistently high effluent quality

• Compact design, much smaller than conventional clarifiers; easily integrated into existing works

• Modular; units may be combined for higher flow rates

• Rapid start-up, fully operational in less than 20 minutes

• Pre-engineered; minimal civil engineering, short lead times, fast commissioning

• Over 500 Actiflo® installations worldwide; patented and proven technology from Veolia Water Technologies

Related Services


Applications

• Primary clarification of wastewater

• Treatment of biofilter backwash water

• Clarification of trickling filter effluents

• Storm water treatment, reverting to effluent polishing during dry periods

• 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

Hydrex™ Chemicals

Hydrex™ 3000 & 6000 water treatment chemicals from Veolia Water Technologies should be used for optimised plant operation.

WATER TECHNOLOGIES

ACTIFLO® PACK (APW / APWW SERIES)


Veolia/Actiflo™ Pack (APW / APWW series)/AQF0046_EN_V1.3/Sept2014

Equipment Performance


Typical Design Flows (m3/hr)

Water

APW-1 40

APW-2 80

APW-3 160

APW-4 320

Wastewater

APWW-1 80

APWW-2 160

APWW-3 320

APWW-4 640

Length (cm) Width (cm) Height with Scrapper (cm)

Water meters meters meters

APW-1 / APWW-1 410 327 498

APW-2 / APWW-2 584 352 452

APW-3 / APWW-3 636 384 482

APW-4 / APWW-4 885 502 482

Assembled Equipment Dimensions


For potable/process water, clarified water turbidity is normally reduced to 0.5 NTU or less at rise rates of between 40-60 m/hr. For wastewater, the reduction is typically 85-95% of SS, 50-60% of COD and 85-95% of P at rise rates of between 80-120 m/hr.

For shipping dimensions, please contact us.

ACTIFLO® PACK (MINI series)The Ultimate Microsand Enhanced Clarifier

The pre-engineered Actiflo® Pack (MINI series) 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® Pack (MINI series), 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 optimisation: 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 Services


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™ Chemicals

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

WATER TECHNOLOGIES

ACTIFLO® PACK (MINI series)


Veolia/Actiflo® PACK (MINI series)/AQF0124_EN_V1.2/sept2014


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

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

(*) 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® PACK (MINI series) 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.


MULTIFLO™ PACKCompact Lamella Settler

Veolia’s MULTIFLO™ technology is a universal and multipurpose clarification process. It can meet various needs of municipal and industrial clients.

The Multiflo pack is a modular design of packaged plant offering all the advantages of the technology in a standardize product range. It can contain 1 to 3 steel tanks in order to cover 2 to 4 treatment steps.

• 6 Models of coagulation tank• 5 Models of flocculation/

settling tank• 10 Models of Contact tanks

Flow rate from 13 m3/h to 325 m3/h

Features & Benefits

• High flocculation efficiency thanks to patented Turbomix technology

• Higher settling velocity than conventional settlers

• LVE Lamellas installed as a pack inside a metallic or composite structure for easy removal and installation

• Cleaning system of Lamella using air to avoid clogging issues and speed up maintenance

• Possibility to combine tanks to fit to specific treatment requirements

Options

• 2 different types of lamellas (according to application)

• Access (ladder or stairs) and security platform

• Material of construction suitable for corrosive water

• Thicker coating for corrosive water, installation outside and/or in aggressive environment

• Customization according to end-user needs

Applications

• Surface water clarification

• Seawater clarification

• Urban wastewater Primary, secondary and tertiary treatment

• Actiflo’s sludge thickening (Actydin)

• Carbonate removal and water softening

• Heavy metals removal

• Storm water treatment

• Biofilter backwash treatment

• Wastewater reuse

Related Services


Hydrex™ chemicals

Hydrex™ 3000 and 6000 water treatment chemicals from Veolia Water Technologies should be used for optimized operation.

WATER TECHNOLOGIES

MULTIFLO™ PACK


Veolia/MultifloTM Pack/EN/July2017

Visit our website: www.veoliawatertechnologies.com/multiflo/en/


Flocculation/Settling tank operating parameters

Model Unit C15351D C20351D C25351D C30351D C35351DMini Inlet flowrate(1) m3/h 13 25 44 74 110Maxi inlet flowrate(1) m3/h 38 83 169 239 325Flocculation volume m3 6,3 12,6 21,9 36,8 55,1Lamella mirror surface m2 1,28 2,78 5,62 7,98 10,85Lamella projected surface (LVE100) m2 19,2 41,7 84,3 119,6 162,7Lamella projected surface (LVE300) m2 9,6 20,9 42,2 59,8 81,3Tank external Length(2) m 4,4 5,8 7,6 9,3 10,9Tank external Width(2) m 1,7 2,2 2,7 3,2 3,7Tank external Height(2) m 3,7 3,7 3,7 3,7 3,7Flange size (EN1092) Inlet/outlet - DN150 DN200 DN300 DN350 DN400Flange size (EN1092) sludge outlet - DN32 DN40 DN50 DN65 DN80Empty tank weight(2) T 3,7 5,3 8,0 11,2 12,6Weight in operation(2) T 20,0 36,1 61,6 92,7 126,8Total power installed kW 0,92 0,92 0,92 1,47 1,47

Coagulation tank operating parameters

Model Unit A1010 A1020 A1415 A1425 A1920 A1935Coagulation volume m3 0,7 1,4 2,4 4,0 5,7 0,7Tank external max diameter(2) m 1.2 1.2 1.6 1.6 2.1 2.1Tank Height(2) m 3,7 3,7 3,7 3,7 3,7 3,7Flange size (EN1092) Inlet/outlet - DN100 DN150 DN200 DN250 DN300 DN350Empty tank weight(2) T 0,7 0,7 1,1 1,1 1,5 1,5Weight in operation(2) T 1,4 2,1 3,5 5,1 7,2 11,5Total power installed kW 0,55 0,55 1,50 1,50 1,50 1,50

Contact tank operating parameters

Model Unit BR1535T1 BR2035T1 BR2535T1 BR3035T1 BR3535T1Number of mixer u 1 1 1 1 1Contact volume m3 7,9 14,0 21,9 31,5 42,9Tank external Length(2) m 1,7 2,2 2,7 3,2 3,7Tank external Width(2) m 1,7 2,2 2,7 3,2 3,7Tank Height(2) m 3,7 3,7 3,7 3,7 3,7Flange size (EN1092) Inlet/outlet - DN150 DN200 DN300 DN350 DN400Empty tank weight(2) T 2,1 2,9 3,8 4,7 5,6Weight in operation(2) T 9,9 16,9 25,6 36,2 48,5Total power installed kW 0.55 1.5 1.5 1.5 2.2Model Unit BR1535T2 BR2035T2 BR2535T2 BR3035T2 BR3535T2Number of mixer u 2 2 2 2 2Reaction volume m3 15,8 28,0 43,8 63,0 85,8Tank external Length(2) m 3,2 4,2 5,2 6,2 7,2Tank external Width(2) m 1,7 2,2 2,7 3,2 3,7Tank Height(2) m 3,7 3,7 3,7 3,7 3,7Empty tank weight(2) T 4,1 5,7 7,4 9,1 11,0Flange size (EN1092) Inlet/outlet - DN150 DN200 DN300 DN350 DN400Weight in operation(2) T 19,8 33,7 51,1 72,1 96,7Total power installed kW 1.1 3.0 3.0 3.0 4.4

(1) Selection of models must be done according to inlet water characteristics and treatment requirements.(2) External Dimension and weight of the unit are defined without access or platform. Height of tank is without motor or support beams.


Parameter Unit ValueMin water temperature °C 2Max water temperature °C 40Max inlet TSS(3) mg/l 1000

For Actydin applications, Max inlet TSS can be up to 15 g/l.

Typical treated water specifications and performances

Parameter Unit ValueTSS Removal efficiency % 80-90Typical Sludge concentration g/l 10-70

For Actydin applications, TSS removal can reach 99% in certain conditions.

SPIDFLOW™ PackRapid Dissolved Air Flotation

SPIDFLOW™ PACK is the new generation of fast flotation system to treat water by effectively removing color, suspended solid and algae. It comprises a coagulation stage, followed by a flocculation step and a clarification phase. The fast flocculation stage may also use a Turbomix™ when dealing with cold water, even without additional use of polymers. SPIDFLOW™ PACK provides unequalled water treatment efficiency by eliminating:• Over 99% of algae • Over 50% of organic matters• Over 90% of colour• And over 90% of oils and

hydrocarbons

Flow rates from 100 up to 500 m3/h per unit

Features & Benefits

• High performance system

• Floatation velocity of 30 m/h

• Highly reactive to water quality variation

• Very compact process

• High sludge concentration

• Low operating costs ; well-managed energy consumption, moderate use of chemicals

Related Services

• Support for setting up and commissioning



Applications

• Pretreatment of seawater desalination before a granular or membrane filtration

• Purification of surface water containing up to 80 mg/l of suspended solids suring episodic peak

• Groundwater treatment (turbidity, Fe, Mn, H2S)

• Colorful and rich in algae water, organic matter and humic substances

• Wastewater treatment; Clarification downstream Moving Bed Biofilm Reactor (MBBR)

Hydrex™ chemicals

Associated conditioning Hydrex™ solutions for optimum operation: Hydrex 3000 and 6000 series (coagulants and flocculants)

WATER TECHNOLOGIES

SPIDFLOW™ Pack


Veolia/SpidflowTMPack/»AQF096_EN_V1.1/Oct2014



Model Flowrate Length Width Tank Height / Water Height

Flocculation time Injection time Flotation Surface

Q (m3/h) L (m) l (m) H/h (m) Tfloc (min) Tinj (min) S (m2)

F1535 100 5.9 1.5 3.7/3.5 5.9 1.4 1.5 x 3.5

F2035 200 6.6 2.0 3.7/3.5 5.3 1.4 2.0 x 3.5

F2535 300 7.3 2.5 3.7/3.5 5.5 1.4 2.5 x 3.5

F3035 400 7.9 3.0 3.7/3.5 5.9 1.4 3.0 x 3.5

F3535 500 8.5 3.5 3.7/3.5 6.4 1.4 3.5 x 3.5


Flotation zone

Injection zone

Flocculation zoneSPIDFLOW PACK

OPADAF White Water Skid

Membrane Bioreactors & BiologicalWastewater Treatment

WATER TECHNOLOGIES

Membrane Bioreactors (MBR) are used to treat industrial and municipal wastewaters to produce high quality effluents 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 key differentiator of MBR is that the biological process is coupled with membranes for biomass filtration instead of using conventional separation processes, such as clarification and flotation.

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

> Effluent disinfection; barrier against pathogens, such as chlorine-resistant organisms, cryptosporidium and giardia


> Small or medium sized industrial or municipal effluent treatment plants

> Temporary solutions during refurbishment or upgrade work

> Recycling for boiler feed, process water, aquifer recharge, public utility

BIOSEP™ Pack 3Membrane Bioreactor (MBR)

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


Features & Benefits

• Standardised systems; short lead times and quick start-up

• Skid-mounted, modular design; easily integrated into existing plant, extensible

• Integrated filtration and membrane cleaning system

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

Compared to conventional activated sludge:• Compact solution; less

equipment and civil engineering, simplified treatment line

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

• Long biomass retention time; high COD 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


Hydrex® Chemicals

Hydrex® 4000 & 7000 water treatment chemicals from Veolia Water Technologies should be used for optimized plant operation.

WATER TECHNOLOGIES

BIOSEP™ Pack 3


Veolia/Biosep™ Pack/AQF0034_EN_V3.2/Sept2014

System Performance

Mod

el

Net

Flo

w R

ates

(m3 /h

r)Membrane Tank Antifoam

skidBackwash Membrane

AirPower

Num

ber o

f Mem

bran

e M

odul

es

Num

ber o

f Mem

bran

e Ta

nks

Dia

met

er (m

)

Tota

l Hei

ght (

m)*

Net

Vol

ume

(m3 )

Antif

oam

Dos

in g

Pum

p (l/

h)

Dos

atro

n or

Bac

kwas

h Pu

mp

Solu

tion

(m3 /h

)**

Air B

low

er P

owe

r (kW

)

Air B

low

er F

low

Rat

e (m

3 /h)

Mai

n Co

ntro

l Cen

ter P

ower

(kW

)

BSP 1 M 5 04 - 12 1 1 2.5 6 - 8 20 0.006 - 6 2 5.5 150 10

BSP 1 M 10 08 - 33 1 1 3 6 - 8 29 0.006 - 6 3 or 4 11 300 12

BSP 1 M 15 12 - 56 1 1 4 6 - 8 52 0.006 - 6 3 or 6 15 450 15

BSP 2 M 20 16 - 66 2 2 3 6 - 8 29 0.006 - 6 3 or 4 18.5 600 24

BSP 2 M 30 24 - 110 2 2 4 6 - 8 52 0.006 - 6 3 or 6 30 900 30

COD < 50mg/l*

BOD5 < 5 mg/l

Suspended Solids < 3mg/l (detectable threshold)

Total Nitrogen < 10-15 mg/l

Total Phosphorous < 0.5 - 2 mg/l

Turbidity < 1 NTU

E.coli < 1000/100ml




Membrane Tank Fiber Reinforced Platsic (FRP)

Access Fittings (ladder, platform, guard rails)

Epoxy Coated or 304 L

Skid PE

Piping PE / PV C / PVC-C


*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

VWS MONITORFree Chlorine, Total Chlorine, Hardness, Carbonate Hardness

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).

Features & Benefits

• Menu-driven, programmable functions in clear LCD text display

• Programmable hardness unit in °dH, °f, ppm CaCO3, mmol/l

• Accurate titration via piston-dosing pump

• Low maintenance operation

• Low reagent and water consumption

• Two adjustable limit values with programmable switch functions

• Analysis initiation:• Automatic time set intervals

(0 - 99 minutes)• Dependent on the residual

plant capacity• Quantity-dependent (water

meter)• External control

• Programmable supplementary program

• Output terminal for alarm (fault messages)

• Monitoring of an analysis run and error messages

• Monitoring of the filter capacity

• Reagent storage bottle 500ml for extended operating periods

• Analog terminal 0/4-20mA

• Available in 3 languages

Applications

• Boiler feed water

• Process water

• Pharmaceuticals

• Food & beverage

• Dialysis


• Drinking water

Related Services


WATER TECHNOLOGIES

VWS MONITOR


Veolia/VWS Monitor/AQF122_EN_V1.2/Sept2014

Performance

Parameter Reagent type °dH °f ppm CaCO3 mmol/l mg/l - ppm

CL 2250 B 0 - 2.50

Free Chlorine CL 2250 A 0 - 2.50

Water hardness TH 2005 0.05 - 0.50 0.09 - 0.89 0.89 - 8.95 0.01 - 0.09


Water hardness TH 2100 1.0 - 10.0 1.79 - 17,9 17.9 - 179 0.18 - 1.79

Water 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 - 1.79

Carbonate hardness TC 2100 1.0 - 20.0 1.79 - 35.8 0.36 - 7.16

Power supply 230 V or 24 V ± 10 % ; 50 - 60 Hz

Power consumption max. 30 VA

Degree of protection IP 65

Protection class I ; CE

Ambient temperature 10 - 45 °C

Water temperature 10 - 40 °C

Operating pressure 0.1 - 8 bar ; 104 - 8 x 105 Pa

Dimensions (W x H x D) 380 x 480 x 280 mm

Weight approx. 10.5 kg

Model Measuring parameter Part Number

VWS Monitor KH Carbonate Hardness IEPOHR301087

VWS Monitor CLF Free Chlorine IEPOGU301092

VWS Monitor CLT Total Chlorine IEPOGU301091

VWS Monitor DUO Carbonate Hardness + Hardness IEPOGU301089

VWS Monitor THCL Hardness + Total Chlorine IEPOGU301090

Specifications

Ordering Information


VWS MONITOR THHardness

The VWS Monitor TH automatically determines residual / total water hardness via titration.

Measuring range: 0.05 -25.0°dH.

Features & Benefits

• Menu-driven, programmable functions in clear LCD text display

• Programmable hardness unit in °dH, °f, ppm CaCO3, mmol/l

• Accurate titration via piston-dosing pump

• Low maintenance operation

• Low reagent and water consumption

• Two adjustable limit values with programmable switch functions

• Analysis initiation:• Automatic time set intervals

(0 - 99 minutes)• Quantity-dependent (water

meter)• External analysis STOP

• Output terminal for alarm (fault messages)

• Monitoring of an analysis run and error messages

• Reagent storage bottle 500ml for extended operating periods

• Analog terminal 0/4-20mA

• Available in 6 languages

Applications

• Boiler feed water

• Process water

• Pharmaceuticals

• Food & beverage

• Dialysis


• Drinking water

Related Services


WATER TECHNOLOGIES

VWS MONITOR TH


Veolia/VWS Monitor-TH/AQF121_EN_V1.2/sept2014

Performance

Parameter Reagent type °dH °f ppm CaCO3 mmol/l



Water hardness TH 2100 1.0 - 10.0 1.79 - 17,9 17.9 - 179 0.18 - 1.79

Water hardness TH 2250 2.5 - 25.0 4.48 - 44.8 44.8 - 448 0.45 - 4.48

Power supply 230 V or 24 V ± 10 % ; 50 - 60 Hz

Power consumption max. 30 VA

Degree of protection IP 65

Protection class I ; CE

Ambient temperature 10 - 45 °C

Water temperature 10 - 40 °C

Operating pressure 0.1 - 8 bar ; 104 - 8 x 105 Pa

Dimensions (W x H x D) 380 x 480 x 280 mm

Weight approx. 10.5 kg

Model Measuring parameter Part Number

VWS Monitor TH Hardness IEPOHR301088

Specifications



Mobile Water SolutionsStandard Products

WATER TECHNOLOGIES

Veolia Water Technologies offers Aquamove™ service to industries using purified water for their production lines or utilities. Aquamove™ constitutes a large fleet 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™ offers 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 purified 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

> Clarification

> Evaporation…

Water Treatment Chemicals

WATER TECHNOLOGIES

Veolia Water Technologies 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 Technologies offers Hydrex™ program to optimise the 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: Effective membrane antiscalants and cleaners approval by major membrane manufacturers

> 5000 Series: Industrial maintenance chemicals

> 6000 Series: State-of-the-art clarification 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

HYDREX™ 1000Chemical Water Treatment

Corrosion, scaling and deposition can reduce the operating efficiency of the boiler and all the systems connected to the water/steam cycle of the boiler. lt will reduce heat transfer rates, cause equipment and piping failure, and increase fuel costs.Hydrex™ is one tool Veolia Water Technologies offers to prevent these problems.

Hydrex™ 1000 series comprises corrosion inhibitors, resin cleaners, antifoam, descalants, dispersants, pH control.

Features & Benefits

• High performance chemical formulations for high, medium and low pressure boilers and for closed loops

• Preventive solutions

• Complete treatment programs

• Steam line treatment

• Optimization of boiler operation: internal treatment with control of scale forming minerals, sludge conditioners and oxygen scavengers; Condensate steam treatment

• Enhancement / restoration of boilers efficiency

• Maintenance of boilers integrity

• Ensuring safe and cost-effective operation

• Carbon footprint of Hydrex products have been calculated

Applications

• Total boiler water treatment chemicals for:

- High pressure boilers- Medium and low boilers- Hot water generators

• All industrial boilers, including applications where the steam comes in contact with food

Related Services


WATER TECHNOLOGIES


Veolia/Hydrex™ 1000/AQF090_EN_V1.2/Sept2014



Scale deposit, corrosion, fouling and biological proliferation can cause system downtime, Joss of equipment efficiency, replacement of equipment, and can increase the risk of disease from pathogenic micro-organisms. ln addition to supplying water treatment equipment, Veolia Water Technologies provides a set of services allowing us to guarantee the reliable running of all your cooling water installations.

Hydrex™ 2000 series comprises scale inhibitors (phosphorus and non-phosphorus based products, homopolymeric dispersants and high performance polymers), corrosion inhibitors (anodic, cathodic, organic), biodispersants, cooling tower cleaning agents.

Features & Benefits

• Guarantee a reliable running of the cooling water installations

• Provides a total solution: control of cycles (scale and corrosion control devices), control of chemical level of the cooling system

• Enhancement/restoration of cooling systems efficiency

• Maintenance of cooling systems integrity

• Ensuring safe and cost-effective operation

• Legionella and micro-organisms control

• Carbon footprint of Hydrex™ products have been calculated

Applications

• Closed and open cooling systems treatment programs

• Recirculation systems

• One through systems

Related Services


Aquavista™ controlers and sensors are proposed for Hydrex™ monitoring and for global optimization of cooling tower operations.

WATER TECHNOLOGIES





Hydrex™ 3000 products are designed for drinking water applications.

The Hydrex™ 3000 series covers following chemicals:. Corrosion inhibitors. Scale inhibitors. Coagulants. Flocculants. Odour control. Filter aids

Features & Benefits

• Wide range of chemicals with approvals for potable water

• Hot water treatment

• Development of new green products, environmentally friendly

• Appropriate and chosen in accordance with each water treatment process

• Within the Hydrex™ 3000 line, Veolia Water Technologies has developed some products which are made from natural products


Applications

• Drinking water production

Related Services


WATER TECHNOLOGIES





The Hydrex™ 4000 range is specifically formulated for membrane treatment systems.

The Hydrex™ products keep the membranes free of scale and bacterial growth and aid in extending membrane life.Hydrex™ chemicals optimize operational costs, protect the expensive membrane modu les and ensure smooth, efficient operation.

Features & Benefits

Effective membrane antiscalants and cleaners approved by major membrane manufacturers.

• Specially formulated for membrane treatment systems: reverse osmosis, nanofiltration, ultrafiltration, microfiltration

• Optimization of operational costs• ASDC: Specific software for

RO applications associated: balancing the ionic composition of the feed water, determining scaling potential of various salts at designed recovery and pH, offering options of Hydrex™ products to be used to prevent scale formation, defining dosage of chosen Hydrex™ products, generating final report


Applications

Chlorination and de-chlorination agents, disinfectants, antiscalants and cleaners for all types of membranes:

• Reverse osmosis

• Nanofiltration

• Ultrafiltration

• Microfiltration

Related Services


WATER TECHNOLOGIES





The HYDREX™ 5000 series is a comprehensive range of high-quality industrial maintenance and cleaning chemicals specifically formulated for water systems. This product line is specially designed to remove the contaminants encountered on the piping, tanks and other wetted surfaces, while protecting the cleaned surfaces. HYDREX™ 5000 cleaners assist in recovering the properties of a clean system such as returning to the design thermal exchange, increasing flow rates and optimizing operational costs.

Features & Benefits

Effective removal of the deposits that may occur in water systems: • Mineral deposits (calcium

carbonate, calcium sulfate, silica, etc.)

• Metal oxides and hydroxides such as iron and aluminum

• Biofilms• Organic deposits• Oil and grease

Enhanced formulations combine cleaners with metal protective agents to prevent or minimize metal wastage during a cleaning process. When desired, HYDREX™ 5000 cleaners can provide residual corrosion protection to metal surfaces that contribute a longer corrosion protection “film” level than just during a cleaning.

Applications

Hydrex™ 5000 products can be applied on many water systems: • Heat exchangers• Boilers• Cooling towers• Closed loops (hot water / chilled

water)• Evaporators• Water tanks• Industrial processes

The selection of HYDREX™ 5000 cleaners is based on the type of foulants, the system metallurgy and any waste disposal concerns of the system to be cleaned. Since each site requirements may be different, we recommend contacting your Veolia representative to provide more a site-specific recommendation for HYDREX products.

Related Services


WATER TECHNOLOGIES


Veolia/Hydrex™ 4000/EN_V1.0/May2018



Decontamination of industrial sewage is a challenge faced every day by managers of treatment plants: balancing regulatory obligations in terms of discharge standards and economie constraints with operation requires extensive experience and know-how.

Veolia Water Technologies helps all industries in all sectors from diagnosis through to the selection of appropriate Hydrex™ solutions.

Features & Benefits

• Wide range of chemicals for wastewater treatment (industrial and municipal):

- Coagulants: > Organic, inorganic, blends; - Flocculants: > Anionic, cationic, amphoteric, non ionic; > Solid form (Powder, beads, tablets); > Liquid form (Emulsions, water dispersions); - Heavy metal insolubilizers and precipitants; - Antifoams; - Odour control; - Micro- and macronutrients

• Coagulants and polymers that effectively enhance sedimentation and improve performances

• Products that optimize the operations

• Products based on renewable resources

• Development of green products, environmentally friendly


Applications

State-of-the-art clarification and wastewater chemistry

• lndustrial wastewater• Municipal wastewater

Related Services


WATER TECHNOLOGIES





Hydrex™ 7000 range comprises biocides with a broad spectrum of biocidal activity including Legionella control. They have appropriate approvals and are registered in accordance with local regulations.

Features & Benefits

• Control of micro-organism growth

• Prevention of equipment deterioration

• Systems preservation

• Veolia Water Technologies has extensively evaluated efficiency of the Hydrex™ biocides


• Removal and prevention of biofilms that reduce heat transfer rates

Applications

All applications where contamination can be critical:

• Cooling towers

• Membranes, etc

• Hot sanitary water

Related Services


WATER TECHNOLOGIES




Veol

ia W

ater

Tech

nolo

gies

Com

mun

icat

ions

- 03

/201

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021)

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WATER TECHNOLOGIES

PRODUCT INFORMATION

HYDREX™

OSG-MOS

ON SITE GENERATION OF SODIUM HYPOCHLORITE 0,4%3 capacities: 0,25 – 0,5 – 1,0 kg FAC/Day

Description and UseHydrex OSG equipment (which produce fresh Sodium Hypochlorite) control a broad range of microorganisms found in cooling towers, evaporative condensers and air washers thereby preventing the economic losses from fouling, reduced heat exchange rates and other issues caused by microorganisms. The additional advantage of its effectiveness against many “hard to control” bacteria as well as fungi and yeast makes this product highly cost effective. Sodium Hypochlorite does not cause foaming at normal use levels.

Advantages> Production of fresh biocide> Reduction of [AOX]> Real efficacy on biofilm> More efficient than all the other

oxidizing biocides / Including chlorine dioxide

> No impact on corrosion> No transport and storage of

hazardous substance> No packaging to eliminate

> Generators easy to install, operate and maintain

> Biocide compatible with isothiazolin, DBNPA, bromine and surfactants

Application InformationPlease contact your Hydrex Representative for the proper dosage and specific control limits for Hydrex OSG solutions based upon water quality and operating conditions.PVC, CPVC, Polypropylene and ceramic are generally the best choices for the pump heads and feed lines.

Safety InformationRefer to Product SDS for more information. Do not take internally. Avoid contact with skin or eyes, as irritation may develop from exposure. Use Protective goggles, rubber gloves, and rubber or plastic apron when handling. Avoid breathing vapors.

EquipmentThe Hydrex OSG (onsite generator) is designed for high efficiency, low lifecycle cost, durability and reliability. Easy to operate and to maintain, the Hydrex OSG is built for cost-effective and problem-free operation. The Hydrex OSG

features an easy-to-upgrade cell to convert salt in sodium hypochlorite with expandable capacity for ultimate flexibility. Using just salt and power to generate a dilute chlorine-based solution eliminates the storage and handling of hazardous disinfection chemicals while providing chlorine residual.

Materials CompatibilityPVC, PVDF, CPVC, EPDM, NORYLr, Polypropylene, Styrene, acrylonitrile, Teflon, Buna N, EPDM, Ceramic, and Hypalon are the preferred material of construction for tanks, pipes, fitting, and valves.Aluminum, carbon steel, cast iron, brass, and Nylon are NOT recommended in any part of the chemical feed system.

Specifications of generated biocide• Physical Form: Light Yellow Liquid• Density at 20°C (kg/l): 1,05 Kg/L• Specific Gravity (g/cm3) @ 25°C:

1,05 (Water = 1.00)• Product pH (as supplied) : 8,5 – 9,5• Odor: Light• Freezing Point (°C/°F): - 1,0°C• Boiling Point (°C/°F): 100 °C• Solubility: Complete in water• Viscosity: 1,1 Cs at 20°C

www.veoliawatertechnologies.com/hydrex

Consumables & Spare Parts

WATER TECHNOLOGIES

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

Veolia Water Technologies offers a wide range of consumables and spare parts.

> Cartridge filters

> Reverse osmosis membranes

> Ion exchange resins

> Activated carbon and other filtration media

> CEDI stacks

> Valves

> Instrumentation

> Dosing systems

> UV systems

> Test kits, etc.

FILO™ CarbCartridge Filters

WATER TECHNOLOGIES

The FILO™ Carb cartridge filtersare a range of activated carbonfilters.

Nominal rating: 10 μm.

Features & Benefits

• Effective carbon surface area for good chlorine reduction

• Low pressure loss

• Long life

• Several lengths available: 9" ¾ ; 20" ; 26" ; 30" ; 40"

Performance

Applications

• Chlorine and chloramines reduction

• Taste and odour removal

• Membrane pre-treatment

• Process water

• Organic reduction in plating baths

• Removal of surfactant

200

100

0

3

2

1

0

0 2 4 6

Flow Rate (l/min) for Water at 20˚C

Related Services


FILO™ Carb


Veolia//FILO™ Carb/AQF113_EN_V1.3/Sept2014


Specifications


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)

Performance

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

Dimensions

Outside Diameter 2.7"

Inside Diameter 1.1"

Length Micron End Fiting Part Number

9" ¾ 10 DOE CFCBYS9510

20" 10DOE CFCBZD9514

SOE CODE 3 CFCBZD9540

26" 10 SOE CODE 3 CFCBZD9541

30" 10DOE CFCBZE9512

SOE CODE 3 CFCBZE9540

40" 10DOE CFCBZF9513

SOE CODE 3 CFCBZF9512

End caps Configuration Material

DOE Gasket EPDM

Code 3 BS222 x 2 EPDM


End caps configuration


FILO™ Carb-HPCartridge Filters

WATER TECHNOLOGIES

The FILO™ Carb-HP cartridge filters are a range of activated carbon filters.

Nominal rating: 1 μm.

Features & Benefits

• Effective carbon surface area for good chlorine reduction


• Long life

• Several lengths available: 9" ¾; 20"; 30" ; 40"

Performance

Applications

• Chlorine and chloramines reduction

• Taste and odour removal

• Membrane pre-treatment

• Process water

• Organic reduction in plating baths

• Removal of surfactant

Related Services


400

200

0

6

4

2

0

0 2 4 6

Flow Rate (l/min) for Water at 20˚C

FILO™ Carb-HP


Veolia//FILO™ Carb-HP/AQF114_EN_V1.3/Sept2014

Specifications


Filtration Media Steam activated, Acid washed coal



Max. Recommended Differential Pressure 1.5 bar (22 psid)

Performance

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

Dimensions




9" ¾ 1 DOE CFCBYS9511

20" 1 DOE CFCBZD9515

30" 1DOE CFCBZE9513

SOE CODE 3 CFCBZE9541

40" 1DOE CFCBZF95134

SOE CODE 3 CFCBZF9541





DOE Gasket EPDM



FILO™ PleatCartridge Filters

WATER TECHNOLOGIES

The FILO™ Pleat cartridge filtersare dedicated to water prefiltration and final filtration of a wide range of water treatment applications.

Absolute rating from 1 to 25 μm.

Features & Benefits

• Cost effective high surface area

• Absolute rating from 1 to 25µ

• Retention efficiency : 99,98% of staled micron

• Long life

• Several lengths available: 9" ¾ ; 20" ; 30" ; 40"

• Endcaps available: DOE, Code 7, Code 3

• FDA approved

• All polypropylene construction

• Compliance with 21CFR Part 177 and EC 1935/2004 requirements

Performance

Applications

• Water pre-filtration

• Water final filtration

Related Services


200

100

0

3

2

1

0

0 1 0 20 30

Flow Rate (l/min) for Water at 20˚C(Performance FILOTM Pleat 10")

FILO™ Pleat


Veolia/FILO™ Pleat/AQF115_EN_V1.3/Sept2014

Specifications


Filtration Media Polypropylene

End Caps Polypropylene / Nylon



Max. Differential Pressure 4 bar

Max. Recommended Differential Pressure 2.5 bar

Dimensions

Outside Diameter 2.7" (68 mm)


9" ¾

1DOE CFYKYS9410

CODE 7 CFYKYS9450CODE 3 CFYKYS9440

5DOE CFYOYS9411

CODE 7 CFYOYS9450CODE 3 CFYOYS9440

10DOE CFYTYS9410

CODE 7 CFYTYS9450CODE 3 CFYTYS9440

25DOE CFZDYS9410

CODE 7 CFZDYT9450CODE 3 CFZDYS9440

20"

1DOE CFYKZD9411

CODE 7 CFYKZD9451CODE 3 CFYKZD9441

5DOE CFYOZD9411

CODE 7 CFYOZD9451CODE 3 CFYOZD9441

10DOE CFYTZD9410

CODE 7 CFYTZD9450CODE 3 CFYTZD9440

25DOE CFZDZD9410

CODE 7 CFZDZD9450CODE 3 CFZDZD9440


30"

1DOE CFYKZE9411

CODE 7 CFYKZE9451CODE 3 CFYKZE9441

5DOE CFYOZE9411

CODE 7 CFYOZE9452CODE 3 CFYOZE9441

10DOE CFYTZE9410

CODE 7 CFYTZE9450CODE 3 CFYTZE9440

25DOE CFZDZE9410

CODE 7 CFZDZE9450CODE 3 CFZDZE9440

40"

1DOE CFYKZF9410

CODE 7 CFYKZF9450CODE 3 CFYKZF9440

5DOE CFYOZF9410

CODE 7 CFYOZF9450CODE 3 CFYOZF9440

10DOE CFYTZF9410

CODE 7 CFYTZF9450CODE 3 CFYTZF9440

25DOE CFZDZF9410

CODE 7 CFZDZF9450CODE 3 CFZDZF9440




DOE Gasket EPDM




FILO™ Pleat-HPCartridge Filters

WATER TECHNOLOGIES

The FILO™ Pleat-HP cartridgefilters are offering an absoluterated polypropylene mediawith a broad range of chemicalcompatibility.

The graded filter density alongwith the optimised pleatinggives FILO™ Pleat-HP anexceptional lifetime.

Absolute rating from 0.6 to 40 μm (> 99.99% retention at micron rating).

Features & Benefits

• Cost effective high surface area

• Absolute rating from 0.6 to 40 µ

• Long life

• Several lengths available: 10"; 20" ; 30"

• FDA approved

• Can be steam sterilised for multiple cycles at 150°C and sanitised for 10 cycles (30 minutes) with 80°C water.

• All polypropylene construction

• Endcaps available: DOE, Code 7, Code 3

Performance

Applications

• Water pre-filtration

• Water final filtration

Related Services


100

50

0

1

0

0 10 20

Flow Rate (l/min) for Water at 20˚C(Performance FILOTM Pleat 10")

0.6


DOE Gasket EPDM



Code 9 BS213 EPDM


FILO™ Pleat-HP


Veolia/FILO™ Pleat-HP/AQF116_EN_V1.5/Sept2014

Specifications



End Caps Polypropylene


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

Max. Forward Differential Pressure 4 bar at 25°C

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

Dimensions

Outside Diameter 2.7" (68 mm)


10"

0.6DOE CFYGYT9410

CODE 7 CFYGYT9450CODE 3 CFYGYT9440

1.2DOE CFYKYT9410

CODE 7 CFYKYT9451CODE 3 CFYKYT9440

5

DOE CFYOYT9410CODE 7 CFYOYT9450CODE 3 CFYOYT9440CODE 9 CFYOYT300682

10 CODE 9 CFYTYT30068325 CODE 9 CFZDYT30068440 CODE 9 CFZFYT300685

20"

0.6DOE CFYGZD9410

CODE 7 CFYGZD9450CODE 3 CFYGZD9440

1.2DOE CFYKZD9410


5

DOE CFYOZD9410CODE 7 CFYOZD9450CODE 3 CFYOZD9440CODE 9 CFYOZD300686

10 CODE 9 CFYTZD30068725 CODE 9 CFZDZD30068840 CODE 9 CFZFZD300689

30"

0.6DOE CFYGZE9410

CODE 7 CFYGZE9450CODE 3 CFYGZE9440

1.2DOE CFYKZE9410


5DOE CFYOZE9410




FILO™ SpunCartridge Filters

WATER TECHNOLOGIES

The FILO™ Spun cartridge filtersare a range of nominal rateddepth liquid filters (polypropylene).

Rating from 1 to 50 μm.

Features & Benefits

• High flow rates


• High dirt holding capacity

• Long life

• Fast rinse up to 18 MΩ

• Several lengths available: 9" 3/4 ; 20" ; 30" ; 40"

• FDA approved

Performance

Applications

• High Purity Water

Related Services


0 20

Flow Rate (l/min) for Liquid at 20˚C

100

75

50

25

0

20

FILO™ Spun


Veolia/FILO™ Spun/AQF117_EN_V1.3/Sept2014

Specifications






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

Max. Recommended Differential Pressure 2 bar (30 psid)

Dimensions




9" ¾

1DOE CFYKYS9300


5DOE CFYOYS9300


10DOE CFYTYS9300


20DOE CFZDYS9300

CODE 8 CFZDYS9370CODE 3 CFZDYS9341

50 DOE CFZGYS9300

20"

1DOE CFYKZD9300


5DOE CFYOZD9300


10DOE CFYTZD9300


20DOE CFZDZD9300

CODE 8 CFZDZD9370CODE 3 CFZDZD9340

50 DOE CFZGZD9300


30"

1DOE CFYKZE9300


5DOE CFYOZE9300


10DOE CFYTZE9301


20DOE CFZDZE9300

CODE 8 CFZDZE9370CODE 3 CFZDZE9340

50 DOE CFZGZE9300

40"

1DOE CFYKZF9300


5DOE CFYOZF9300


10DOE CFYTZF9300


20DOE CFZDZF9300

CODE 8 CFZDZF9370CODE 3 CFZDZF9340

50 DOE CFZGZF9300

50"

1 DOE CFYKZG93005 DOE CFYOZG9300

20 DOE CFZDZG930050 DOE CFZGZG9300



FILO™ Spun-HPCartridge Filters

WATER TECHNOLOGIES

The FILO™ Spun-HP cartridge filters are a range of nominal rated depth liquid filters (polypropylene).

Absolute rating from 1 to 20 μm.

Features & Benefits

• High flow rates


• High dirt holding capacity

• Long life

• Fast rinse up to 18 MΩ

• Several lengths available: 9" ¾; 20" ; 30" ; 40"

• FDA approved

Performance

Applications

• High Purity Water

Related Services


400

300

200

100

0

7

6

5

4

3

2

1

0

0 8 1 6

Flow Rate (l/min) for Liquid at 20˚C

FILO™ Spun-HP


Veolia/FILO™ Spun-HP/AQF118_EN_V1.4/Sept2014

Specifications






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

Max. Recommended Differential Pressure 2 bar (30 psid)

Cleaning and Sterilisation

FILO™ Spun-HP can be repeatedly (up to 25 times) steam sterilised in situ or autoclaved up to 130°C (266°F). FILO™ Spun-HP filters can be sanitised

with hot water at up to 90°C (400 hours in 20 minutescycles) and are compatible with a wide range of chemicals.

Dimensions




9"¾

0.5DOE CFYFYS9310

CODE 3 CFYFYS9340CODE 7 CFYFYS9350

1DOE CFYKYS9310


5DOE CFYOYS9310


10DOE CFYTYS9310


20DOE CFZDYS9310

CODE 3 CFZDYS9340CODE 7 CFZDYS9350

20"

0.5DOE CFYFZD9310

CODE 3 CFYFZD9340CODE 7 CFYFZD9350

1DOE CFYKZD9310


5DOE CFYOZD9310


10DOE CFYTZD9310



30"

0.5DOE CFYFZE9310

CODE 3 CFYFZE9340CODE 7 CFYFZE9350

1DOE CFYKZE9310


5DOE CFYOZE9310


10DOE CFYTZE9310


40"

0.5DOE CFYFZF9310

CODE 3 CFYFZF9340CODE 7 CFYFZF9350

1DOE CFYKZF9310


5DOE CFYOZF9310


10DOE CFYTZF9310




FILO™ MemCartridge Filters

WATER TECHNOLOGIES

The FILO™ Mem constitutes arange of pleated membranecartridge filters for microbialreduction for pharmaceuticaland electronic applications.

Features & Benefits

• High flow rates

• Hydrophilic PES membrane

• Validated membrane

• Integrity testable

• Full traceability

• Hot water sanitizable at 90°C (194° F)

• Compatible with a wide range of chemicals

Applications

• Sterile Filtration

• High Purity Water.

Performance

Quality

• Manufactured in a controlled environment

• Manufactured in accordance with GMP

• 100% flushed with purified water

• 100% integrity tested

• Materials meet 21CFR part 177 and USP class VI requirements

• Full validation guide available

100

nim/l 02 nim/l 01 0

50

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

1

Related Services


FILO™ Mem


Veolia/FILO™ Mem/AQF119_EN_V1.4/Sept2014

Specifications


Filtration Media Polyethersulphone

Support Polyester

Cage and Core Polypropylene

O-ring Seal Silicone

End Cap Nylon

Reinforcing Ring Stainless Steel


Max. Continuous Operating Temperature 70°C (158°F)

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

Cleaning and Sanitisation FILO™ Mem cartridge can be autoclaved up to 10 times up to 130°C or steam sterilised 30 times (30 min.) up to 130°C

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)


10"

0.2

DOE CFYCYT9410CODE 3 CFYCYT9440CODE 7 CFYCYT9451CODE 9 CFYCYT9460

0.45

DOE CFYEYT9410CODE 3 CFYEYT9440CODE 7 CFYEYT9450CODE 9 CFYEYT9460

20"

0.2

DOE CFYCZD9410CODE 3 CFYCZD9440CODE 7 CFYCZD9451CODE 9 CFYCZD9460

0.45

DOE CFYEZD9410CODE 3 CFYEZD9440CODE 7 CFYEZD9450CODE 9 CFYEZD9460

30"

0.2

DOE CFYCZE9410CODE 3 CFYCZE9440CODE 7 CFYCZE9450CODE 9 CFYCZE9460

0.45

DOE CFYEZE9411CODE 3 CFYEZE9440CODE 7 CFYEZE9450CODE 9 CFYEZE9460


10"

0.1DOE CFYBYT9410

CODE 3 CFYBYT9440CODE 7 CFYBYT9450

0.2DOE CFYCYT9411

CODE 3 CFYCYT9441CODE 7 CFYCYT9452

20"

0.1DOE CFYBZD9410

CODE 3 CFYBZD9444CODE 7 CFYBZD9450

0.2DOE CFYCZD9411

CODE 3 CFYCZD9441CODE 7 CFYCZD9452

30"

0.1DOE CFYBZE9410

CODE 3 CFYBZE9440CODE 7 CFYBZE9450

0.2DOE CFYCZE9411

CODE 3 CFYCZE9441CODE 7 CFYCZE9451




FILO™ Mem-P (Pharmaceutical applications) FILO™ Mem-E (Electronic applications)


DOE Flat gasket To be confirmed by Alain

Code 3 BS222 o-rings To be confirmed by Alain

Code 7 BS226 o-rings To be confirmed by Alain

Code 9 BS214 / 213 o-rings To be confirmed by Alain

FEATURES & BENEFITS⊲ 5 Product lines:

XSE: Extra Small Energy SE:Small Energy HRSE: High Rejection – Small Energy HR: High Rejection HWS: Hot Water Sanitization

⊲ 3 Diameters: 2.5”, 4” and 8”

⊲ A complete range with models for most typical reverse osmosis applications

⊲ Short lead time, high quality and competitive price

⊲ FDA certified

TYPE⊲ Configuration: Spiral Wound

⊲ Membrane Polymer: Composite Polyamide

⊲ Brine Spacer Material: Polypropylene

OPERATING LIMITS*⊲ Maximum Free Chlorine Concentration:

<0.1 ppm

⊲ Maximum Operating Temperature: 45°C

⊲ Maximum Feedwater Turbidity: 1.0 NTU

⊲ Maximum Feedwater Fouling Index (SDl): 5.0

VEOLIA VRO™

Range of membranes for Reverse Osmosis

WATER TECHNOLOGIES

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

The Veolia VRO™ range consists of several product lines, suitable for all RO systems. There are 13 models which suit the most typical needs in reverse osmosis.

Veolia VRO™ membranes are designed to be operated with Hydrex™ additives to get optimum performance and extended life of the membranes.

Hydrex™ inhibitors are employed during routine operation for:

Inhibition of mineral scales and metal deposits Prevention of biofouling Prevention of membrane oxidation

Hydrex™ cleaners are used during periodical cleaning of the RO units (CIP) to recover the performances of the membranes.

The complete Hydrex™ program will be determined by our engineers depending on water quality and system design.

VRO MODEL XSE2521 XSE2540 2540 XSE4021 HR4040 HWS4040FF SE4040

Part number MBROYL307126 MBROYL307127 MBROYL307131 MBROYN307129 MBROYN307128 MBROYN307124 MBROYN307130

Water Type Brackish water Brackish water Brackish water Brackish water Brackish water Brackish water Brackish water

Membrane Diameter 2,5" 2,5" 2,5" 4" 4" 4" 4"

Membrane length 21" 40" 40" 21" 40" 40" 40"

Energy requirement Extra Low Extra Low Normal Extra Low Normal Normal Low

Recovery Low Low Normal Normal High Normal Normal

Heat Sanitizable No No No No No Yes No

Active area (m²) 1,1 2,6 2,6 3,29 8,7 8,4 8,7

Permeate nominal Flow (m³/d) 1,4 3,2 3,8 3,9 11 7,2 9,5

Stabilized Salt Rejection (%) 99 99 99,5 99 99,5 99,5 99,2

Maximum Feed Flow (m³/h) 1,4 1,4 1,4 3,2 3,6 - 3,6

Test conditions 500 ppm, recovery 8%

500 ppm, recovery 8%






VRO MODEL XSE4040 HRSE440-28 400-28 XSE440-28 HRSE400-28 HWS390FF SW-XSE400-28

Part number MBROYN309904 MBROYR307123 MBROYR301661 MBROYR307122 MBROYR307862 MBROYN307125 MBROYR307133

Water Type Brackish water Brackish water Brackish water Brackish water Brackish water Brackish water Seawater

Membrane Diameter 4" 8" 8" 8" 8" 8" 8"

Membrane length 40" 40" 40" 40" 40" 40" 40"

Energy requirement Extra Low Low Normal Extra Low Low Normal Extra Low

Recovery Normal High Normal Normal High Normal Low

Heat Sanitizable No No No No No Yes No

Active area (m²) 8,1 40,9 37,2 40,9 37 36 37,1

Permeate nominal Flow (m³/d) 9,8 47,9 40 53 44 34 34

Stabilized Salt Rejection (%) 99 99,3 99,5 99 99,3 99,5 99,8

Maximum Feed Flow (m³/h) 3,2 17 17 17 17 - 17

Test conditions 500 ppm, recovery 15%







VEOLIA VRO™

Veolia/VRO/EN_V2.0/Jan2018

Visit our website: www.veoliawatertechnologies.com/vwsro_membranes/en/

Notice: Minimum permeate flow for individual elements 15 % below listed nominal 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 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 ether products.

PRESSURE GAUGESBack Pressure Entry

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 predictionof the maintenance requirements.

Scale ranges from 0 to 4 bar.

PART REF. IMPSGG2105 • from 0 to 4 bar• from 0 to 60 psi

Features & Benefits

• Reliable

• Economical

Description

• Nominal size: 40 mm

• Accuracy class 2.5

Applications

• For all gaseous and liquid media that will not obstruct the pressure system or attack copper alloy parts

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.

WATER TECHNOLOGIES

BACK ENTRY PRESSURE GAUGES


VEOLIA /Back Entry Pressure Gauges IMPSGG2105/AQF102_EN_V1.2/April2015


Characteristics

Part Number IMPSGG2105

Design EN 837-1

Nominal Size 40 mm

Accuracy Class 2.5

Working PressureSteady: 3/4 x full scale value

Fluctuating: 2/3 x full scale valueShort time: fullscale value

Operating Temperature Ambient: -40 up to +60°CMedium: +60°C max.

Temperature Effect when temperature of the pressure element deviates from reference temperature (+20°C):max ±0.4%/10 K of the span

Process Connection Material: Cu-alloy, Back mount (BM) per EN 837-1 /7.340 mm: G 1/8» B, 14 mm flats

Pressure Element Material: Cu-alloy , C-type

Movement Cu-alloy

Dial White plastic, with pointer stop pin

Pointer Black plastic

Case Black plastic

Window Crystal-clear plastic, snap-fit


PRESSURE GAUGESRadial or Bottom Entry


Scale ranges from 0 to 11 bar.

PART REF. IMPSGG2305• from 0 to 11 bar• from 0 to 160 psi

Features & Benefits

• Reliable

• Economical

Description

• Design: EN 837-1

• Nominal size: 50 mm

• Accuracy class 2.5

Applications

• For all gaseous and liquid media that will not obstruct the pressure system or attack copper alloy parts.

Related Services


WATER TECHNOLOGIES

RADIAL OR BOTTOM ENTRY PRESSURE GAUGES


VEOLIA /Radial or Bottom Entry Pressure Gauges IMPSGG2305/AQF101_EN_V1.2/April2015


Characteristics


Design EN 837-1

Nominal Size 50 mm

Accuracy Class 2.5

Working PressureSteady: 3/4 x full scale value


Operating Temperature Ambient: -40 up to +60°CMedium: +60°C max.

Temperature Effect When the temperature of the pressure element deviates from reference temperature (+20°C):max ±0.4%/10 K of the span

Process Connection Material: Cu-alloy, Lower mount (LM) per EN 837-1 /7.3G 1/4 B, 14 mm flats

Pressure Element Material: Cu-alloy , C-type

Movement Cu-alloy

Dial White plastic, with pointer stop pin, Measuring ranges from 0 to 11 bar with red set pointer

Pointer Black plastic

Case Black plastic

Window Crystal-clear plastic, snap-fit

Bezel Ring Without bezel


PRESSURE GAUGESRadial or Bottom Connection, Stainless Steel with Liquid Filling


Scale ranges from 0 to 11 bardepending 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

Features & Benefits

• Excellent load-cycle stability and shock resistance

• All stainless steel construction

• German Lloyd, Gosstandart and DVGW approval

PART REF. IMPSGG0030

• Hygienic/ sanitary type diaphragm type pressure

• Connection 1.5” Tri-clamp


• Liquid, glycerine filled; Dampens out vibrations out which can occur

• Ease of reading the pressure

• Increased gauge life


• Liquid, glycerine filled ; Dampens out vibrations out which can occur

• Ease of reading the pressure

• Increased gauge life

Applications

• With liquid-filled case for applications with high dynamic pressure pulsations or vibrations.

Related Services


WATER TECHNOLOGIES

RADIAL OR BOTTOM CONNECTION PRESSURE GAUGES


VEOLIA/Radial or Bottom Connection Pressure Gauges IMPSGG0030-1315-1360/AQF100_EN_V1.2/April2015


Characteristics


Design EN 837-1

Nominal Size 63 mm

Accuracy Class NG63: 1.6

Pressure Limitation NS63Steady: 3/4 x full scale value


Operating Temperature Process: +10 up to +150 °CAmbient: +10 up to +40 °C -20 to up to +60°C (with Glycerine filling)

Temperature Effect when the temperature of the measuring system deviates from the reference temperature (+20°C):max ±0.4%/10 K of full scale value

Ingress Protection IP 65 per EN 60 529 / IEC 529

Process ConnectionStainless steel 316L (NS: 1.4571), lower mount (LM)

1.5» Tri-clamp connection NS63: G 1/4 B (male), 14 mm flats

Pressure Element Stainless steel 316L, C-type

Movement Stainless steel

Dial Aluminium, white, black lettering, with pointer stop pin

Pointer Aluminium, black

Case Stainless steel, with pressure relief in case top with compensating valve to vent case

Window Polycarbonate

Bezel Ring Cam ring (bayonet type), stainless steel

Liquid Filling FDA approved pressure transfer liquid Glycerine 99.7% Glycerine 99.7%


Veolia Water TechnologiesL’Aquarène • 1 place Montgolfier • 94117 Saint-Maurice Cedex • France

tel. +(33) 0 1 45 11 55 55 www.veoliawatertechnologies.com

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