Standard Products Water Treatment

Transcription

1 Standard Products Water Treatment

2 S T A N D A R D P R O D U C T S Veolia Water Solutions & Technologies (VWS), subsidiary of Veolia Water, is a specialised provider of technological solutions in water treatment. All standard products offered by VWS are manufactured to strict quality standards, using the best materials. Standard products have short lead times and can be quickly installed on site. Many are modular in design and as such are easily integrated into existing plant. VWS manufacturing units can provide engineered systems to meet specific needs. Standard products may also be configured for higher flow rates, water qualities, etc. All technologies are supplied and supported by local VWS subsidiaries. Veolia Water Solutions & Technologies is continually extending and enriching its offer in order to respond to the changing needs of its clients. Related Services, Consumables & Spare Parts: Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

3 Screen & Disc Filtration Screen & Disc Filtration 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

4 Berkal Protective Filters Berkal disc filtration systems remove contaminants such as fibres, grit, sand and algae. Flow rates from 10 to 120 m 3 /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 Options Filtration grades (µm): 20, 50, 100, 130, 200, 400 Backwashing: air aided flushing (standard), internal or external flushing Piping: plastic coated steel, stainless steel Applications Side stream filtration of 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 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.

5 Berkal System Performance Model Flow Rates* Connections Backwash Air** Width Height Depth m 3 /hr Raw Filtrate Backwash litres mm mm mm 2/1/ Rp 2" Rp 2" Rp 2" /2/100(S) DN80 DN80 DN /3/100(S) DN80 DN80 DN /4/100(S) DN100 DN100 DN /5/100(S) DN100 DN100 DN /6/100(S) DN100 DN100 DN /7/100(S) DN150 DN150 DN /8/100(S) DN150 DN150 DN Temperature and Pressure Ratings Temp. Range Pressure C bar *100µm filter **per filter element at 5-6 bar (S) S version is with high-grade steel pipe work For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Berkal /AQF0021_EN_V1.3 Visit our website:

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7 3.8 ¾ ¼ ¾ /3 1 ¼

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9 Berko Berko ¼ Berko ½ Berko

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11 4.5 R ¾ R ¾ R 1 R R 1 ¼ R 1 ¼ R 1 ½ R 1 ½ R ¾ R ¾ R 1 R R 1 ¼ R 1 ¼ R 1 ½ R 1 ½ R 2 R Rp 1½ Rp 1½ R ½ Rp 2 Rp 2 R ½ DN 65 DN 65 R DN 80 DN 80 R DN 100 DN 100 R ¼ DN 125 DN 125 R ¼ Rp 1½ Rp 1½ R ½ Rp 2 Rp 2 R ½ DN 65 DN 65 R DN 80 DN 80 R DN 100 DN 100 R ¼ DN 125 DN 125 R ¼ DN 65 DN 65 R DN 80 DN 80 R DN 100 DN 100 R ¼ DN 125 DN 125 R ¼

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16 Granular Media Pressure Filtration Granular Media Pressure Filtration Granular media is contained within a pressure vessel, typically GRP or coated steel. Water enters the top of the vessel and fl ows 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 fi lters, 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.

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19 m 3 /hr Inches Rp 1 Rp 1 Rp 1 Rp 1 mm mm mm kg bar bar C

20 DRUCK K / KD Pressure Filters K / KD Range Druck granular media pressure filters can remove suspended solids, iron, manganese, hydrogen sulfide, chlorine, phenol and organics depending on the chosen media. Flow rates from 1 to 17 m 3 /hr. Features & Benefits: Polyamide vessels Easy access for maintenance Manual / automatic backwashing Simplex and duplex configurations High Quality Media Berkosan ; suspended solids removal Berkodol, Berkolit CA & Berkosplit ; deacidification, CO 2 reduction Berkolit FM & Mn; manganese, iron and hydrogen sulfide removal Berkosorb XS; chlorine, phenol and organics removal Applications Surface and well water turbidity treatment Odors and taste removal (organics) Filtration prior to ion exchange or membrane systems Iron / Manganese removal Waste water filtration 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 3000 and 6000 water treatment chemicals from Veolia Water Solutions & Technologies may optionally be used to enhance filtration.

21 DRUCK K / KD Pressure Filters Equipment Performance Model Flow Rates* Connection Width Height Depth m 3 /hr R (inches) mm mm mm Simplex K 500 M K 500 A K 600 M K 600 A K 700 M K 700 A K 900 M K 900 A Duplex K 500 M K 500 A K 600 M K 600 A K 700 M K 700 A K 900 M K 900 A * Flow rates are dependant on feed water quality and media selection. Flow rates has shown above based on linear speed 6 (min) / 15 (max) l/hr/m 2. A: Automatic. M: Manual. Material Specifications Pressure Vessels Pipework Nozzles Polyamide (PA) PVC-U Bottom nozzles star / Top distributor Operation Maximum operating pressure: 6 bar Maximum operating temperature: 40 C Options Choice of high quality media Air injection system (compressor, injector) for oxydation Control panel (automation) For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Druck K & KD Range/AQF0028_EN_V1.0-Feb.14 Visit our website:

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25 1 ½ 2 ½ 2 ½ 1 1 ½ 1 ½ 2 ½ 2 ½

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27 2 ½ 2 ½ 2 ½

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29 ½ ½ ½ ½ ½ ½ ½ ½ ½

30 Softening Softening Salts of calcium and magnesium have low solubility. In water they are collectively called hardness and cause a variety of problems in industrial water use, including: Scale in cooling towers, causing blockages Scale in low pressure steam boilers, reducing heat transfer 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.

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32 Berkoion Softeners Compact Range Berkoion Compact softeners provide high quality softened water for industrial and domestic applications. Flow rates from 1.0 to 2.3 m 3 /hr. Features & Benefits: Compact designs with integrated brine tanks; space saving, easy installation Simplex configuration Volume or time based automatic regeneration; minimal operator involvement Optimised hydraulic conditions; reduce salt usage, low cost per litre of treated water A-Series Automatically regenerated after 4 days without use; bacterial control, avoids resin problems Complete disinfection during regeneration; bacterial control Electronic display; simple monitoring and operation Applications Boiler feed RO feed water General manufacturing Glass washing Cleaning and rinse waters Dishwashing Domestic Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

33 Berkoion Softeners System Performance Model Flow Rates* Capacity Salt Usage Per Regen. Connection Working Pressures Width Height Depth m 3 /hr kg CaCO 3 kg inches bar mm mm mm Z Series Simplex, time controlled Z15 KV R A Series Simplex, volume controlled A4 KV Rp A13 KV Rp *A Series - With pressure loss of 0.8 bar and mixing from 20 to 8 dh (358 to 143 ppm CaCO 3 ) Z15 KV - With pressure loss of 0.32 bar at 1.2 m 3 /h Material Specifications Resin Vessels Brine Tanks Glass Reinforced Plastic (GRP) Polyethylene (PE) Feed Water Requirements Potable water free from organic contamination and suspended matter. Maximum temperature 30 C (40 C for Z15 KV). Electrical Supply All models 230V 50Hz standard For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Berkoion Compact Range/AQF0013_EN_V2.0-Nov.13 Visit our website:

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36 Berkoion Softeners Classic Duplex Range Berkoion Classic Duplex softeners provide high quality softened water for industrial applications. Flow rates from 1.4 to 17 m 3 /hr. Features & Benefits: Proven designs and materials; efficient operation, easy to maintain, reliable Volume controlled automatic regeneration; minimal operator involvement, efficient operation Bercore counter current regeneration; reduces salt usage and waste, lowers cost per litre of treated water, improves treated water quality Duplex design; continual flow of treated water Specific models Advanced controller with LCD display; range of control options, easy to use, integrates with centralized control systems Applications Boiler feed Glass washing Cleaning and rinse waters RO feed water General manufacturing 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.

37 Berkoion Softeners System Performance Model Flow Rates Capacity Salt Usage Per Regen. Connection Working Pressures Width Height Depth m 3 /hr kg CaCO 3 kg Rp (inches)/dn(mm) bar mm mm mm Volume controlled AWA Rp AWA Rp AWA Rp AWA Rp AW DN AW DN AW DN AW DN Displays & Controllers AW 2-25, AW 2-45, AW 2-70, AW 2-90 Microprocessor controller with LED display. AW105, AW150, AW250, AW350 Advanced microprocessor controller with LCD display. Intuitive symbol based keypad; programmable with retentive memory; indication of current flow rate, capacity remaining before next regeneration; pulse input. May be connected to centralized control system. Material Specifications Resin Vessels Brine Tanks Glass Reinforced Plastic (GRP) Polyethylene (PE) Feed Water Requirements Potable water free from organic contamination and suspended matter. Maximum temperature 40 C. Electrical Supply All models 230V 50Hz standard For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Berkoion Classic Duplex Range/AQF0040_EN_V3.0-Nov.13 Visit our website:

38 Berkoion Softeners High Flow Duplex Range Berkoion High Flow Duplex softeners provide high quality softened water for industrial applications. Flow rates from 2.7 to 68 m 3 /hr. Features & Benefits: Proven designs and materials; efficient operation, easy to maintain, reliable Volume controlled automatic regeneration; minimal operator involvement, efficient operation Bercore counter current regeneration; reduces salt usage and waste, lowers cost per litre of treated water, improves treated water quality Duplex design; continual flow of treated water Multiple individual valves; reduce pressure loss by almost 50% compared to single valve systems Advanced controller with LCD display; range of control options, intuitive operation, integrates with centralized control systems Applications Boiler feed Glass washing Cleaning and rinse waters RO feed water General manufacturing 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.

39 Berkoion Softeners System Performance Model Flow Rates Capacity Salt Usage Per Regen. Connection Working Pressures Width Height Depth m 3 /hr kg CaCO 3 kg mm bar mm mm mm Volume controlled AW DN 80/ AW DN 100/ AW DN 100/ AW DN 100/ *All models require a source of compressed air Displays & Controllers AW Series Advanced microprocessor controller with LCD display. Intuitive symbol based keypad; programmable with retentive memory; indication of current flow rate, capacity remaining before next regeneration; pulse input. May be connected to centralized control system. Material Specifications Resin Vessels Brine Tanks Pipework Glass Reinforced Plastic (GRP) Polyethylene (PE) Polyvinyl Chloride (PVC) Feed Water Requirements Potable water free from organic contamination and suspended matter. Maximum temperature 40 C. Electrical Supply All models 230V 50Hz standard For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Berkoion High Flow Duplex Range/AQF0043_EN_V2.0-Nov.13 Visit our website:

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

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42 TM SIRION Mini Reverse Osmosis Systems TM 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 to 90 l/hr. Features & Benefits Low energy membranes result in lower operating pressures; cost savings Optimized 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 Applications Industrial process water Boiler feed Micro Electronics Laboratory Hospitals Food and beverage industry Automotive industry 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. Option Output to PLC via analogue signal for conductivity monitoring

43 TM SIRION Mini System Performance Model EP EP EP Nominal Flows at 12 C* Permeate l/hr Feed l/hr Typical Salt Rejection % Pump Motor Size kw *Flow rates are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3. System Dimensions Model EP EP EP Height mm Depth mm Width mm Weight kg Pipe Connections Model EP EP 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 Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. Softening may be required for hard water areas. Supply Pressure min. 2 bar max. 6 bar Temperature min. 2 C max. 25 C Electrical Supply All models 230V 50Hz standard. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Mini/AQF0010_EN_V3.0 Visit our website:

44 SIRION Midi Reverse 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. Flow rates from 90 to 800 l/hr. Features & Benefits Low energy membranes result in lower operating pressures; cost savings 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 Modem & RS232 connections Dry run monitor; pump protection Treated water diverted at start-up; ensures water quality Timed recirculation rinse; reduces membrane fouling Option Output to PLC via analogue signal for conductivity monitoring Applications Boiler feed Industrial process water Cleaning and rinse waters Reuse/recycling Healthcare Pharmaceuticals Laboratory Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized operation.

45 SIRION Midi System Performance Model Nominal Flows at 12 C* Permeate Feed Typical Salt Rejection Pump Motor Size l/hr l/hr % kw EP EP EP *Flow rates are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3. System Dimensions EP EP Model Height mm EP EP EP EP EP 1260 Depth mm Width Weight mm kg Pipe Connections Model EP EP EP EP EP Feed Water (push in) Permeate (push in) First Permeate (push in) Concentrate (push in) 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 12 mm 15 mm 15 mm 15 mm 12 mm 15 mm 15 mm 15 mm 12 mm Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required. Supply Pressure Temperature min. min. 2 bar 2 C max. max. 6 bar 25 C Electrical Supply EP to EP models 230V, 1ph, 50 Hz standard EP & EP models 400V, 3ph N PE, 50 Hz standard For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Midi/AQF0009_EN_V3.1 - Dec.13 Visit our website:

46 SIRION Maxi Reverse 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. Flow rates from 450 to 5000 l/hr. Features & Benefits Low energy membranes result in lower operating pressures; cost savings 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 Modem & RS232 connections Dry run monitor; pump protection Treated water diverted at start-up; ensures water quality Timed recirculation rinse; reduces membrane fouling Option Output to PLC via analogue signal for conductivity monitoring Applications Boiler feed Industrial process water Cleaning and rinse waters Reuse/recycling Healthcare Pharmaceuticals Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.

47 SIRION Maxi System Performance Model EP EP EP EP EP EP EP EP EP Nominal Flows at 12 C* Permeate Feed Typical Salt Rejection l/hr l/hr % Pump Motor Size kw *Flow rates are dependent on feed water quality, those quoted are typical values based on 1000 ppm TDS & SDI <3. System Dimensions Model EP EP EP EP EP EP EP EP* EP* Height mm Depth mm Width Weight mm kg *If height is an issue consider the SIRION Mega Pipe Connections Model EP EP EP EP EP EP EP EP EP 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 All connections are union socket - PVC-U Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required. Supply Pressure min. 2 bar max. 6 bar Temperature min. 2 C max. 25 C Electrical Supply All models 380/415V, 3 phase, 50Hz standard. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Maxi/AQF0007_EN_V3.1 - Dec.13 Visit our website:

48 SIRION Mega Reverse Osmosis Systems SIRION Mega 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 5 to 30 m 3 /hr. Options Anti-scalant/sodium bisulfate dosing equipment Output to PLC via analogue signal for conductivity monitoring ph control Concentrate rinse valve Features & Benefits Low energy membranes result in lower operating pressures; cost savings Frequency controlled variable speed pump can save up to 50% of the electrical power required by conventional systems 5µm pre-filtration included within the unit for membrane protection Programmable user interface; simple operation, monitoring and storage (14 days) of pressure, flow rate, conductivity and temperature values Modem & RS232 connections Dry run monitor; pump protection Treated water diverted at start-up; ensures water quality Timed recirculation rinse; reduces membrane fouling Applications Boiler feed Industrial process water Cooling water Reuse / recycling Healthcare Biotechnologies Electronics Hospitals Chemical industry Primary metals Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.

49 SIRION Mega System Performance Model Nominal Flows at 10 C* Permeate Feed Typical Salt Rejection Pump Motor Size m 3 /hr m 3 /hr % kw 110 x x x x x *Flow rates are dependent on feed water quality and temperature, the above values are based on 1000 ppm TDS, 10 C & SDI <3. System Dimensions 211 x x Model 110 x 2* 110 x x x x x x 5 Height Depth Width Weight (dry) mm mm mm kg *If height is not an issue consider the more compact SIRION Maxi Pipe Connections Model Feed Permeate Concentrate 110 x 2 DN 40 DN 40 DN x 3 DN 40 DN 40 DN x 4 DN 50 DN 40 DN x 4 DN 50 DN 50 DN x 4 DN 65 DN 50 DN x 5 DN 65 DN 65 DN x 5 DN 80 DN 65 DN 50 All connections are union socket - PVC-U Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required. Supply Pressure Temperature min. min. 2 bar 2 C max. max. 6 bar 30 C Electrical Supply All models 380/415V, 3 phase, 50Hz standard. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Mega/AQF008_EN_V4.1 - Dec.13 Visit our website:

50 TM SIRION Multipure Reverse Osmosis Systems TM SIRION Multipure reverse osmosis systems are specifically designedto treat brackish waters. They reject over 99% of the salt contained within the feed water. Flow rates for standard systems range from 4.7 to m 3 /hr for feed waters of up to 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 Industrial process water Agricultural irrigation Industrial water reuse Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.

51 TM SIRION Multipure Equipment Performance & Dimensions 15 C Nominal Dimensions Membranes Pump Model Feed Permeate Recovery WxDxH Weight 1st array 2nd array Power m 3 /hr m 3 /hr % m kg Quantity Quantity kw Feed water TDS up to 1000 ppm RO 100/ RO 150/ RO 225/ RO 325/ RO 425/ RO 500/ RO 600/ RO 750/ RO 850/ RO 1100/ RO 1300/ RO 1450/ RO 1800/ RO 1900/ RO 2100/ RO 2200/ RO 2500/ Feed water TDS up to 3000 ppm RO 100/ RO 125/ RO 200/ RO 280/ RO 375/ RO 450/ RO 550/ RO 650/ RO 780/ RO 1000/ RO 1175/ RO 1350/ RO 1500/ RO 1700/ RO 1800/ RO 1900/ RO 2100/ RO 2400/ Feed water TDS up to 5000 ppm RO 100/ RO 175/ RO 250/ RO 350/ RO 400/ RO 500/ RO 600/ RO 700/ RO 900/ RO 1100/ RO 1250/ RO 1550/ RO 1650/ RO 1750/ RO 1950/ RO 2150/ Material Specifications 5x1.7x2.2 5x1.7x2.2 5x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x2.2 (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) 5x1.7x2.2 5x1.7x2.2 5x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x2x x2x x2x x2x x2x2.2 (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) 5x1.7x2.2 5x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x x1.7x2.2 (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) (9x2x2.2) + (9x1.5x2.2) Feed Water Supply Quality Pressure Vessels FRP 400 psi Feed Water Design Temp. ( C) 15 Pipework AISI 316L SCH40 for high pressure Max. SDI 3 Others: upvc Max. Turbidity (NTU) 1 Skid Epoxy coated carbon steel Max. TOC (ppm) 3 Pump Material AISI 304 or 316L (depending on TDS) Iron (ppm) < 0.1 Pump Type Centrifugal submersible multistage sleeved Manganese (ppm) < 0.1 Control Cabinet Painted carbon steel to IP54 Free Chlorine (ppm) < 0.1 Membranes Polyamide spiral wound (8 ) For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Multipure/AQF0016_EN_V2.0 Visit our website:

52 SIRION Basic Series Reverse Osmosis Systems SIRION Basic reverse osmosis systems produce high purity water, removing up to 98% of dissolved inorganics and over 99% of large dissolved organics, colloids and particles. Flow rates from 100 to 350 l/hr. Features & Benefits Low energy membranes result in lower operating pressures; cost savings Simple instrumentation with manual pressure gauges and manual flow-meters; low cost Optimized flow: size ratio; space saving and efficient 1µm pre-filtration included within unit; membrane protection Programmable user interface; simple operation, monitoring of conductivity Dry run monitor; pump protection Timed recirculation rinse; reduces membrane fouling Options Treated water diverted at start-up; ensures water quality Monitoring of temperature Applications Air conditioning Heating system Boiler feed water Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.

53 SIRION Basic ( Series) System Performance Model Nominal Flows at 12 C Permeate l/hr Feed l/hr Typical Salt Rejection % Pump Motor Size kw *Flow rates are dependent on feed water quality. All capacity data is referenced to 12 C water temperature and a feed water total salt contents of 750 ppm. System Dimensions Model Height mm Depth mm Width mm Weight kg Pipe Connections Model Feed Water, Permeate, First Permeate, Concentrate 12 mm 12 mm 12 mm Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required. Supply Pressure min. 2 bar max. 6 bar Temperature min. 5 C max. 25 C Electrical Supply 230V, 50Hz standard. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Basic Series/AQF059_EN_V3.1 Visit our website:

54 SIRION Basic Series Reverse Osmosis Systems SIRION Basic reverse osmosis systems produce high purity water, removing up to 98% of dissolved inorganics and over 99% of large dissolved organics, colloids and particles. Flow rates from 5 to 20 m 3 /hr. Features & Benefits Low energy membranes result in savings 5µm pre-filtration included within the unit for membrane protection Programmable user interface; simple operation, monitoring, conductivity and temperature values Dry run monitor; pump protection Timed recirculation rinse; reduces membrane fouling Simple instrumentation with manual pressure gauges and manual flow-meters; low cost Options Anti-scalant/sodium bisulfate dosing equipment Treated water diverted at start-up; ensures water quality Applications Air conditioning Heating system Boiler feed water Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.

55 SIRION Basic ( Series) Equipment Performance Model Nominal Flows at 12 C Permeate m 3 /hr Feed m 3 /hr Typical Salt Rejection % Pump Motor Size kw *Flow rates are dependent on feed water quality and Temperature, the above values are based on 1000 ppm TDS, 12 C. System Dimensions Model Height mm Depth mm Width mm Weight (dry) kg Pipe Connections Model Feed DN40 DN40 DN50 DN50 DN65 Permeate DN40 DN40 DN40 DN50 DN50 Concentrate DN25 DN25 DN25 DN32 DN32 All connections are union socket - PVC-U. Feed Water Supply Quality Potable water free from organic contamination, chlorine and suspended matter. A softened water supply is normally required. Supply Pressure min. 2 bar max. 6 bar Temperature min. 5 C max. 30 C Electrical Supply All models 380/415V, 3 phase, 50Hz standard. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/SIRION Basic Series/AQF061_EN_V2.1 Visit our website:

56 SIRION Sea Water Reverse 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 systems range from 1 to 41 m 3 /hr for feed waters of up to 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 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 Industrial process water Related Services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimised operation.

57 SIRION Sea Water Equipment Performance & Dimensions 20 C Dimensions Membranes Pump Recovey Model Feed Permeate WxDxH Weight Quantity Power m 3 /hr m 3 /hr % m kg - kw D x1.7x D x1.7x D x1.7x D x1.7x x15 D x1.7x x22 D x1.7x x22 D-190-PX x1.7x D-230-PX x2x D-270-PX x2x x D-360-PX x2x x22+3 D-450-PX x2x x30+4 D-530-PX x2x D-620-PX x2.15x D-710-PX x2.15x D-800-PX x2.15x D-890-PX x2.15x Pipe Connections Low Pressure Prefilter Housing Polyamide (PA) Filter Element Polypropylene Dosing Pumps PVC head, teflon-coated EPDM diaphragm Chemical Product Tanks PE Flushing and Chemical Cleaning Tank FRP Flushing and Chemical Cleaning Pump Stainless steel Piping and Accessories PVC-U / PN-16 High Pressure High-Pressure Pump Stainless Steel AISI 904-L / Super Duplex (depending on the model) Pressure Vessels FRP RO Membranes Link crossed aromatic polyamide (8 ) Piping and Accessories Stainless steel for seawater applications AISI 904-L (Standard) ZERON/ 254 SMO (Options) Skid Epoxy-painted carbon steel Feed Water Supply Quality Raw Water Design Temperature C 20 Raw Water Maximum Turbidity NTU 1 Raw Water Minimum Pressure bar 3 SDI <3 For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. SIRION Sea Water/AQF0017_EN_V3.1 Visit our website:

58 Ultrafiltration Ultrafiltration is a membrane separation process similar to microfi ltration 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 fi ne particulates, colloids and high molecular weight dissolved materials. Ultrafiltration 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

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62 Deionisation There are many industrial processes in which the presence of any dissolved salts in water can cause problems. Removing all the dissolved salts from water is called deionisation or demineralisation. Processes that need high purity water include: High pressure boilers Chemical manufacture Toiletries and cosmetics production Humidification systems Battery top-up Surface finishing Deionisation 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.

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67 m 3 /hr bar bar hours m 3 /hr m l l l m mm mm mm mm mm kg inches inches inches mg/l <10 <10 <20 μs /cm Maximum: <30 Average: <20

68 Rapide Strata Twin-bed Deionisers 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. Flow rates from 2.5 to 18 m 3 /hr. Features & Benefits: Regeneration in 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, standardized systems; short lead times, quick installation and start-up 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 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 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.

69 Rapide Strata Equipment Performance Rapide Strata Rapide Strata+ Model Maximum Gross Flow* m 3 /hr Minimum Flow m 3 /hr Regeneration Time minutes ** 35-45** 35-45** Maximum Flow to Drain during Regeneration m 3 /hr Effluent Volume per Regeneration m Chemical Usage per Regeneration HCl (32%) litres NaOH (32%) litres Bulked Effluent ph Output per Regeneration (100 mg/l Total Anion load as CaCO 3 Inc CO 2 & SiO 2 ) m Power Consumption - Max. kw * 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 Dimensions Model Height mm Depth mm Width mm Recommended Headroom mm Approx. Service Weight kg 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 Typical Treated Water Quality TDS (mg/l) Conductivity (μs/cm) Rapide Strata <1 max. 5; average <2 Rapide Strata+ < Material Specifications Resin Vessels Composite plastic Pipework PVC-U Pump 316 stainless steel multistage centrifugal Skid Epoxy coated mild steel 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. Pressure Unpressurised via local break tank, or max. 1.2 bar Temperature min. 5 C max. 30 C (to 40 C max on request) TDS max. 500 mg/l Conductivity max. 700 μs/cm Electrical Supply Options 380/415V, 3 Phase, 50 HZ standard or adapted to customers requirements on request. Air Supply Bar, Instrument Quality, 5 litres per minute intermittent For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Rapide Strata/AQF0011_EN_V2.1-Feb.14 Visit our website:

70 Continuous Electrodeionisation (CEDI) Continuous Electrodeionisation (CEDI) is a technology combining ion exchange resins and ion-selective membranes with direct current to remove ionised species from water. It overcomes the limitations of ion exchange resin beds, notably the release of ions as the beds exhaust and the associated need to change 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. Applications include: Pharmaceutical High pressure boiler feed Humidification systems Microelectronics Central laboratory CEDI

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74 Ultraviolet Disinfection Ultraviolet (UV) technology is an eff ective disinfection. chemical-free technology for water 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 Disinfection

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76 UV Water Treatment UV Disinfection - Industrial range Ultra Violet (UV) technology is an effective chemical-free technology for water disinfection. Capacity: up to 112 m 3 /hr for disinfection Features & benefits: Compact, easy to install ; can be mounted horizontally or vertically depending the models Conveniently fit into existing pipework Easy to maintain and operate Low operation cost Silent operation Chemical-free process ; safety Environmentally-friendly: No production of toxic by-products Typical lamp operating life of up to 16,000 hours No effect on ph, colour, flavour or aroma No detrimental effect on product stability No residue Overdosing not possible UV Chamber in 316L stainless steel construction Quick replacement of Arc Tubes Optional UV monitor Applications Production of pure water Electronics and semiconductor industry General industries Destruction of residual ozone after disinfection and sanitisation (deozonisation) Related services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

77 UV Water Treatment - Industrial range Specifications Model Max Flow Power Dia Length Weight Connections m 3 /hr W mm mm +/- 5mm A B Lamp Total Empty Full kg PN16 Flange UV 35 i UV 64 i ½ UV 127 i UV 230 i UV 468 i UV 900 i A Disinfection at 26mJ/cm 2 RED MS2 Phage, 95% T10 transmittance at the end of lamp life B Disinfection at 26mJ/cm 2 RED MS2 Phage, 98% T10 transmittance at the end of lamp life UV Chamber Specifications Material AISI 316L : DN Water Temperature +5 to +40 C Finish External Passivated & Electropolished Maximum CIP Temperature 95 C Protection IP65 / NEMA 4 Finish internal: As made pipe and tube, welds left as laid, electropolished and passivated Finish internal: As made pipe and tube, welds left as laid, electropolished and passivated Pressure 9 bar, max operating* * UV 900i 6 Bar max operating pressure Mounting Horizontal or Vertical** *Note UV900i cannot be mounted vertically UV Lamp Specifications Long life 254Nm amalgam lamp. Lamp Life Expected 16,000 hours (12,000 Hours UV230i, UV468i & UV900i) Warranty 9,000 hours. Based on less than 4 start/stop cycles per 24 hours. Documentation All units are supplied with a Certificate of Conformity. Control Box Specifications Enclosure Material Power Supply Cable Ambient Indicator Lamps Output (VFC) Powder Coated Carbon Steel 230V 50/60Hz 5m maximum Control Box to UV Chamber +5 to +40 C Lamp On + Fault Lamp On UV 35 i UV 468 i IP65 / NEMA 4 Dimensions/Weight 400 x 300 x 155 mm (excl Brackets) 15kg UV 900 i Dimensions/Weight IP55 / NEMA x 400 x 210 mm (excl Brackets) 19kg In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/UV Water Treatment - Industrial range/ AQF060_EN_V2.0 Visit our website:

78 UV Water Treatment UV Disinfection - Pharma range 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 m 3 /hr for disinfection up to 19.6 m 3 /hr for deozonisation Features & benefits: Compact, easy to install ; can be mounted horizontally or vertically depending the models Conveniently fit into existing pipework Easy to maintain and operate Low operation cost Silent operation Chemical-free process ; safety Environmentally-friendly: No production of toxic by-products Typical lamp operating life of up to 16,000 hours No effect on ph, colour, flavour or aroma No detrimental effect on product stability No residue Overdosing not possible UV Chamber in 316L stainless steel construction Quick replacement of Arc Tubes Optional UV Monitor Applications Production of pure water Pharmaceutical Destruction of residual ozone after disinfection and sanitisation (deozonisation) Cosmetics and toiletries industry Related services Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

79 UV Water Treatment - Pharma range Specifications Model Max Flow Power Dia Length Weight Connections m 3 /hr W mm mm +/- 5mm A B Lamp Total Empty Full kg TC Triclamp Inches UV 36P UV 72P ½ UV 141P UV 230P UV 560P UV 1120P A Disinfection at 26mJ/cm 2 RED MS2 Phage, 98% T10 transmittance at the end of lamp life B Deozonisation is based on a 90% reduction of Ozone at 98% T10 transmittance at the end of lamp life UV Chamber Specifications Material AISI 316L : DN 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 Lamp 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. Documentation All units are supplied with a Certificate of Conformity, with material certificates, lamp output certificates & FDA Validation pack. Control Box Specifications Enclosure Material Power Supply Cable Ambient Indicator Lamps Output (VFC) Powder Coated Carbon Steel 230V 50/60Hz 5m maximum Control Box to UV Chamber +5 to +40 C Lamp On + Fault Lamp On / Low UV UV 36 P UV 560P IP65 / NEMA 4 Dimensions/Weight 400 x 300 x 155 mm (excl Brackets) 18kg UV 1120P Dimensions/Weight IP55 / NEMA x 400 x 210 mm (excl Brackets) 22kg In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/UV Water Treatment - Pharma range / AQF078_EN_V1.1 Visit our website:

80 Multi-Technology Solutions Water treatment technologies are differentiated by their ability to treat diff erent types of contaminants. It is often necessary to combine different treatment technologies in order to produce a suitable quality of water for an application. Applications include: Filtration, softening and RO for utility feed and process water Filtration, softening, RO and DI for healthcare, microelectronics and laboratories Filtration, softening, twin pass RO and CEDI for pharmaceutical RO & CEDI for high pressure boiler feed RO & CEDI for healthcare, microelectronics and central laboratory The existence of similar applications and thus water requirements across 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

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90 Clarification & Flotation 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. Applications include: Primary clarification of wastewater Treatment of biofilter backwash water 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 fl occulation is meant to gather the particles into bigger and more extended flocs. Clarification & Flotation

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92 Actiflo Mini The Ultimate Microsand Enhanced Clarifier The pre-engineered Actiflo Mini is a very compact standard package plant for drinking water treatment, municipal wastewater treatment as well as industrial process water and wastewater treatment and reuse. The process is a highly efficient and proven clarification technology based on a strong 20+ year operating experience and over 750 references worldwide (2012). In Actiflo Mini, water is flocculated with microsand and polymer. The microsand enhances the formation of robust flocs and acts as ballast, significantly increasing their settling velocity. The unique characteristics of the resulting microsand ballasted flocs allow for clarifier designs with very short retention times, high rise rates and extremely compact system footprints that are up to 50 times smaller than other clarification processes of similar capacity. A hydrocyclone ensures the microsand continuous cleaning, recovery and reuse in the process. Unit flow rates: - Drinking and process water: from 3 to 7 m 3 /hr - Wastewater: from 3 to 15 m 3 /hr Features & Benefits High treatment efficiency: Turbidity and TSS removal up to > 99%; treats all water and wastewater sources Extremely quick start-up time: Reaches treatment efficiency within few minutes Process stability: The microsand buffers the effect of raw water flow or load variations, making the process very user friendly and easy to operate Quick optimization: Short hydraulic retention time makes it feasible for the process to adjust quickly to changing raw water quality Efficient use of chemicals: Microsand ballasted flocculation and settling helps to avoid common chemical overdosing to achieve good clarification performance Efficient in cold water applications: Suitable for use also in Nordic regions Compact design: Can be easily integrated and retrofitted into existing structures Modular: Units may be combined to achieve treatment of high flow rates Related Services Local after-sales service and support teams offer preventive and corrective maintenance programs to ensure longterm, efficient operation of installed plant. Applications Surface and ground water treatment Very high or very low turbidity water and wastewater Treatment of water with high natural organic matter (colour, TOC) Efficient treatment of algae, phosphorus, heavy metals, oil & grease, particle counts, crypto and giardia, coliforms, etc. Primary, secondary and tertiary clarification of wastewater Treatment of biofilter backwash water and trickling filter effluents Stormwater and combined sewer overflow treatment, reverting to effluent polishing during dry weather Industrial process water treatment for cooling tower make-up or prior to demin plants Pre-treatment to membrane and ion exchange systems Industrial wastewater treatment in all market segments, including leachate and run-off water Recycling/Reuse of municipal and industrial effluents Hydrex Chemicals Hydrex 3000 & 6000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.

93 Actiflo Mini Equipment Performance & Dimensions Process & Drinking Water Application 3(*) - 7 m 3 /H Industrial & Municipal Wastewater Application 3(*) - 15 m 3 /H Length Width Height Operating Weight Total Installed Power Supply Power (Standard) (**) Recirculation Pump Chemical Dosing Pump (Standard) (***) 3 m 1 m 2.7 m 3.4 tonne max. 4kW 380V x 3phase x 50/60 Hz 3.5 m 3 /H x 20mH x 2.2 kw PAC, Acid, Alkali, Polymer Monitoring Instrument (Standard) (****) 1 x ph at Coagulation Tank 3 x Flowmeter at Inlet, Recirculation & Sludge Line 1 x Pressure at Hydrocyclone Inlet 2 x Turbidity Meter at Inlet & Outlet (*) In case of the operation at < 5 m 3 /H, the separation of sludge from microsand should be investigated, due to over-mixing in Maturation Tank. (**) 220V x 3 phase x 50/60Hz is optional. (***) Additional chemical dosing or different type of chemical should be discussed prior to the order. (****) Additional monitoring should be discussed prior to the order. Actiflo Mini is supplied as a complete functional system, including chemical preparation and dosing equipment as well as integrated PLC & SCADA. It can be supplied as a stand-alone unit or pre-installed in a 20 container. For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Actiflo Mini/AQF0124_EN_V1.1 Visit our website:

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96 Actiflo Turbo Pack The Ultimate Microsand Enhanced Clarifier The pre-engineered Actiflo Turbo Pack is a very compact standard package plant for drinking water treatment, municipal wastewater treatment as well as industrial process water and wastewater treatment and reuse. The process is a highly efficient and proven clarification technology based on a strong 20+ year operating experience and over 750 references worldwide (2012). In Actiflo Turbo, water is flocculated with microsand and polymer in a Turbomix draft tube. The microsand enhances the formation of robust flocs and acts as ballast, significantly increasing their settling velocity. The unique characteristics of the resulting microsand ballasted flocs allow for clarifier designs with very short retention times, high rise rates and extremely compact system footprints that are up to 50 times smaller than other clarification processes of similar capacity. A hydrocyclone ensures the microsand continuous cleaning, recovery and reuse in the process. Unit flow rates from m 3 /d to m 3 /d. Features & Benefits High treatment efficiency: Turbidity and TSS removal up to > 99%; treats all water and wastewater sources Extremely quick start-up time: Reaches treatment efficiency within few minutes Process stability: The microsand buffers the effect of raw water flow or load variations, making the process very user friendly and easy to operate Quick optimization: Short hydraulic retention time makes it feasible for the process to adjust quickly to changing raw water quality Efficient use of chemicals: Microsand ballasted flocculation and settling helps to avoid common chemical overdosing to achieve good clarification performance Efficient in cold water applications: Suitable for use also in Nordic regions Compact design: Can be easily integrated and retrofitted into existing structures Modular: Units may be combined to achieve treatment of high flow rates Related Services Local after-sales service and support teams offer preventive and corrective maintenance programs to ensure longterm, efficient operation of installed plant. Applications Surface and ground water treatment Very high or very low turbidity water and wastewater Treatment of water with high natural organic matter (colour, TOC) Efficient treatment of algae, phosphorus, heavy metals, oil & grease, particle counts, crypto and giardia, coliforms, etc. Primary, secondary and tertiary clarification of wastewater Treatment of biofilter backwash water and trickling filter effluents Stormwater and combined sewer overflow treatment, reverting to effluent polishing during dry weather Industrial process water treatment for cooling tower make-up or prior to demin plants Pre-treatment to membrane and ion exchange systems Industrial wastewater treatment in all market segments, including leachate and run-off water Recycling/Reuse of municipal and industrial effluents Hydrex Chemicals Hydrex 3000 & 6000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.

97 Actiflo Turbo Pack Equipment Performance Model Flows (m 3 /d) 60 m/h 80 m/h (Drinking / Process Water) 120 m/h (Municipal / Industrial Wastewater) ACP ACP ACP ACP ACP ACP ACP ACP Unit Dimensions Dimensions (mm) Model Height Length Width (Tank) (Assembled) ACP ACP ACP ACP ACP ACP ACP ACP For higher flow rate applications consult your local Veolia Water Solutions & Technologies company, contact details below. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Actiflo Turbo Pack/AQF0123_EN_V1.1 Visit our website:

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100 Membrane Bioreactors & Biological Wastewater Treatment 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 fi ltration 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 Applications include: 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 MBR & Biological wastewater treatment

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102 Biosep Pack 3 Membrane 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. Flow rates from 4 to 110 m 3 /hr. 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 Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant. Hydrex Chemicals Hydrex 4000 & 7000 water treatment chemicals from Veolia Water Solutions & Technologies should be used for optimized plant operation.

103 Biosep Pack Equipment & Dimensions Membrane Tank Antifoam skid Backwash Membrane Air Power Models Net Flow Rates (m 3 /hr) Number of Membrane Modules Number of Membrane Tanks Diameter (m) Total Height (m)* Net Volume (m 3 ) Antifoam Dosing Pump (l/h) Dosatron or Backwash Pump Solution (m 3 /h)** Air Blower Power (kw) Air Blower Flow Rate (m 3 /h) Main Control Center Power (kw ) BSP 1 M 5 BSP 1 M 10 BSP 1 M 15 BSP 2 M 20 BSP 2 M or 4 3 or 6 3 or 4 3 or *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 (3m 3 /h at 1 bar minimum) Typical Performances COD < 50mg/l* BOD 5 < 5 mg/l Suspended Solids < 3mg/l (detectable threshold) Total Nitrogen < mg/l Total Phosphorous < mg/l Turbidity < 1 NTU E.coli < 1000/100ml *COD depends on the non-biodegradable (hard COD) fraction Material Specifications Membrane Tank Access Fittings (ladder, platform, guard rails) Skid Piping Fiber Reinforced Platsic (FRP) Epoxy Coated or 304 L PE PE / PVC / PVC-C For higher flow rate applications consult your local Veolia Water Solutions & Technologies company. In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE/Biosep Pack/AQF0034_EN_V Visit our website:

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108 Evaporation Evaporation is a process of physical separation which can be applied to liquid systems. Evaporation technology is a natural and clean method of separation; for this reason it has become recognised as BAT (Best Available Technology) in several European Directives for waste treatment. Typical applications include: Wastewater treatment Reduction of volumes to be disposed ZLD Recycling and Reuse Exploitation of exceeding thermal energy Production of high quality deionised water for boiler feed and cooling circuits make-up Treatment of cooling towers blow-down Evaporation

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122 Mobile Water Solutions Veolia Water Solutions & 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, Mobile Water Solutions

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128 Water Treatment Chemicals Veolia operates more than 5000 water treatment facilities across the world, including process, boiler feed, cooling water, waste water and sludge treatment. Our research & development team constantly innovates and delivers new technologies that provide optimum solutions to environmental problems with a high-value to our clients businesses. Hydrex chemicals are committed to complying with all chemical regulations (ie Reach, Biocides Directive in Europe, ). Veolia Water Solutions & Technologies off ers Hydrex program to optimise entire water cycle, chemical consumption, operating and maintenance costs. the 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 Water Treatment Chemicals

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

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144 FILO TM Carb Cartridge Filters The FILO TM Carb cartridge filters are a range of activated carbon filters. Nominal rating: 10 μm. Features & Benefits Effective carbon surface area for good chlorine reduction Low pressure loss Long life Several lengths available: 9" 3/4 ; 20" ; 26" ; 30" ; 40" Performance Applications Chlorine reduction Taste and odour removal Membrane pre-treatment Process water Organic reduction in plating baths Removal of surfactant 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 Differential Pressure (mbar) Differential Pressure (psid) Flow Rate (l/min) for Water at 20 C 0

145 FILO TM Carb Specifications Material Specifications Filtration Media Steam activated, Acid washed coal Recommended Operating Conditions Max. Temperature Max. Recommended Differential Pressure 50 C (120 F) 1.5 bar (22 psid) Performance Chlorine Reduction per 10" based on 2 ppm Inlet Concentration l/min ( gpm) Dimensions Outside Diameter 2.7" Inside Diameter 1.1" Ordering Information Length Micron End Fiting Part Number 9" 3/4 10 DOE CFCBYS " 10 DOE SOE CODE 3 CFCBZD9514 CFCBZD " 10 SOE CODE 3 CFCBZD " 10 DOE SOE CODE 3 CFCBZE9512 CFCBZE " 10 DOE SOE CODE 3 CFCBZF9513 CFCBZF9512 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Carb/AQF113_EN_V1.2 Visit our website:

146 FILO TM Carb-HP Cartridge Filters The FILO TM Carb-HP cartridge filters are a range of high performance activated carbon filters. Nominal rating: 1 μm. Features & Benefits Effective carbon surface area for good chlorine reduction Low pressure loss Long life Several lengths available: 9" 3/4 ; 20" ; 30" ; 40" Performance Applications Chlorine reduction Taste and odour removal Membrane pre-treatment Process water Organic reduction in plating baths Removal of surfactant 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 Differential Pressure (mbar) Differential Pressure (psid) Flow Rate (l/min) for Water at 20 C 0

147 FILO TM Carb-HP Specifications Material Specifications Filtration Media Steam activated, Acid washed coal Recommended Operating Conditions Max. Temperature Max. Recommended Differential Pressure 50 C (120 F) 1.5 bar (22 psid) Performance Chlorine Reduction per 10" based on 2ppm inlet Concentration l/min ( gpm) Dimensions Outside Diameter 2.7" Inside Diameter 1.1" Ordering Information Length Micron End Fiting Part Number 9" 3/4 1 DOE CFCBYS " 1 DOE CFCBZD " 1 DOE SOE CODE 3 CFCBZE9513 CFCBZE " 1 DOE SOE CODE 3 CFCBZF9514 CFCBZF9541 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Carb-HP/AQF114_EN_V1.2 Visit our website:

148 FILO TM Pleat Cartridge Filters The FILO TM Pleat cartridge filters are 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 25 microns Long life Several lengths available: 9" 3/4 ; 20" ; 30" ; 40" Endcaps available FDA approved All polypropylene construction Performance Applications Water pre-filtration Water final filtration 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. Differential Pressure (mbar) μm 5 μm 10 μm 25 μm Differential Pressure (psid) Flow Rate (l/min) for Water at 20 C (Performance FILO TM Pleat 10")

149 FILO TM Pleat Specifications Material Specifications Filtration Media End Caps Polypropylene Polypropylene / Nylon Recommended Operating Conditions Max. Temperature Max. Differential Pressure Max. Recommended Differential Pressure 65 C (150 F) 4 bar 2.5 bar Dimensions Outside Diameter 2.7" (68 mm) Ordering Information Length Micron End Fiting Part Number Length Micron End Fiting Part Number DOE CFYKYS9410 DOE CFYKZE CODE 7 CFYKYS CODE 7 CFYKZE9451 CODE 3 CFYKYS9440 CODE 3 CFYKZE9441 DOE CFYOYS9411 DOE CFYOZE CODE 7 CFYOYS CODE 7 CFYOZE9452 9" 3/4 CODE 3 CFYOYS9440 CODE 3 CFYOZE " DOE CFYTYS9410 DOE CFYTZE CODE 7 CFYTYS CODE 7 CFYTZE9450 CODE 3 CFYTYS9440 CODE 3 CFYTZE9440 DOE CFZDYS9410 DOE CFZDZE CODE 7 CFZDYT CODE 7 CFZDZE9450 CODE 3 CFZDYS9440 CODE 3 CFZDZE " DOE CFYKZD9411 DOE CFYKZF9410 CODE 7 CFYKZD CODE 7 CFYKZF9450 CODE 3 CFYKZD9441 CODE 3 CFYKZF9440 DOE CFYOZD9411 DOE CFYOZF9410 CODE 7 CFYOZD CODE 7 CFYOZF9450 CODE 3 CFYOZD9441 CODE 3 CFYOZF " DOE CFYTZD9410 DOE CFYTZF9410 CODE 7 CFYTZD CODE 7 CFYTZF9450 CODE 3 CFYTZD9440 CODE 3 CFYTZF9440 DOE CFZDZD9410 DOE CFZDZF9410 CODE 7 CFZDZD CODE 7 CFZDZF9450 CODE 3 CFZDZD9440 CODE 3 CFZDZF9440 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Pleat/AQF115_EN_V1.1 Visit our website:

150 FILO TM Pleat-HP Cartridge Filters The FILO TM Pleat-HP cartridge filters are offering an absolute rated polypropylene media with a broad range of chemical compatibility. The graded filter density along with the optimised pleating gives FILO TM Pleat-HP an exceptional lifetime. Features & Benefits Cost effective high surface area Absolute rating from 0.6 to 40 microns Long life Several lengths available: 10" ; 20" ; 30" Endcaps available: DOE, Code 7 Code 3 FDA approved All polypropylene construction Applications Water pre-filtration Water final filtration 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. Absolute rating from 0.6 to 40 μm (> 99.99% retention at micron rating) Differential Pressure (mbar) Performance μm 1.2 μm 5 μm 1 Differential Pressure (psid) Flow Rate (l/min) for Water at 20 C (Performance FILO TM Pleat 10") 0

151 FILO TM Pleat-HP Specifications Material Specifications Filtration Media End Caps Polypropylene Polypropylene Recommended Operating Conditions Max. Continuous Temperature 60 C (140 F) Max. Forward Differential Pressure 4 bar at 25 C Steam Sterilisation Can be repeatedly stem sterilised or autoclaved at up to 130 C Dimensions Outside Diameter 2.7" (68 mm) Ordering Information Material Specification Micron End Fiting Part Number DOE CFYGYT CODE 7 CFYGYT9450 CODE 3 CFYGYT9440 DOE CFYKYT CODE 7 CFYKYT9451 CODE 3 CFYKYT " DOE CFYOYT CODE 7 CFYOYT9450 CODE 3 CFYOYT9440 CODE 9 CFYOYT CODE 9 CFYTYT CODE 9 CFZDYT CODE 9 CFZFYT " DOE CFYGZD CODE 7 CFYGZD9450 CODE 3 CFYGZD9440 DOE CFYKZD CODE 7 CFYKZD9450 CODE 3 CFYKZD9440 DOE CFYOZD CODE 7 CFYOZD9450 CODE 3 CFYOZD9440 CODE 9 CFYOZD CODE 9 CFYTZD CODE 9 CFZDZD CODE 9 CFZFZD DOE CFYGZE CODE 7 CFYGZE9450 CODE 3 CFYGZE9440 DOE CFYKZE " 1.2 CODE 7 CFYKZE9450 CODE 3 CFYKZE9440 DOE CFYOZE CODE 7 CFYOZE9451 CODE 3 CFYOZE9440 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Pleat-HP/AQF116_EN_V1.4 Visit our website:

152 FILO TM Spun Cartridge Filters The FILO TM Spun cartridge filters are a range of nominal rated depth liquid filters (polypropylene). Rating from 1 to 50 μm. Features & Benefits High flow rates Low pressure loss High dirt holding capacity Long life Fast rinse up to 18 MΩ Several lengths available: 9" 3/4 ; 20" ; 30" ; 40" FDA approved Applications High Purity Water 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. Performance Differential Pressure (mbar) μm 5 μm 10 μm 20 μm 50 μm Flow Rate (l/min) for Liquid at 20 C

153 FILO TM Spun Specifications Material Specifications Filtration Media End Caps Polypropylene Polypropylene Recommended Operating Conditions Max. Temperature Max. Differential Pressure Max. Recommended Differential Pressure 65 C (150 F) 4 20 C (68 F) 2 bar (30 psid) Dimensions Outside Diameter 2.5" Inside Diameter 1.1" Ordering Information Length Micron End Fiting Part Number Length Micron End Fiting Part Number DOE CFYKYS9300 DOE CFYKZE CODE 8 CFYKYS CODE 8 CFYKZE9370 CODE 3 CFYKYS9341 CODE 3 CFYKZE9341 DOE CFYOYS9300 DOE CFYOZE CODE 8 CFYOYS CODE 8 CFYOZE9370 CODE 3 CFYOYS9341 CODE 3 CFYOZE9342 9" 3/4 DOE CFYTYS " DOE CFYTZE CODE 8 CFYTYS CODE 8 CFYTZE9370 CODE 3 CFYTYS9341 CODE 3 CFYTZE9341 DOE CFZDYS9300 DOE CFZDZE CODE 8 CFZDYS CODE 8 CFZDZE9370 CODE 3 CFZDYS9341 CODE 3 CFZDZE DOE CFZGYS DOE CFZGZE9300 DOE CFYKZF CODE 8 CFYKZF9370 CODE 3 CFYKZF9341 DOE CFYOZF9300 DOE CFYKZD CODE 8 CFYOZF CODE 8 CFYKZD9370 CODE 3 CFYOZF9341 CODE 3 CFYKZD " DOE CFYTZF9300 DOE CFYOZD CODE 8 CFYTZF CODE 8 CFYOZD9370 CODE 3 CFYTZF9341 CODE 3 CFYOZD9341 DOE CFZDZF " DOE CFYTZD CODE 8 CFZDZF CODE 8 CFYTZD9370 CODE 3 CFZDZF9340 CODE 3 CFYTZD DOE CFZGZF9300 DOE CFZDZD DOE CFYKZG CODE 8 CFZDZD DOE CFYOZG " CODE 3 CFZDZD DOE CFZDZG DOE CFZGZD DOE CFZGZG9300 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Spun/AQF117_EN_V1.2 Visit our website:

154 FILO TM Spun-HP Cartridge Filters The FILO TM Spun-HP cartridge filters are a range of absolute rated depth liquid filters (polypropylene). Absolute rating from 1 to 20 μm. Features & Benefits High flow rates Low pressure loss High dirt holding capacity Long life Fast rinse up to 18 MΩ Several lengths available: 9" 3/4 ; 20" ; 30" ; 40" FDA approved Applications High Purity Water 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. Performance μm 7 6 Differential Pressure (mbar) μm 10 μm Differential Pressure (psid) Flow Rate (l/min) for Liquid at 20 C

155 FILO TM Spun HP Specifications Material Specifications Filtration Media End Caps Polypropylene Polypropylene Recommended Operating Conditions Max. Temperature Max. Differential Pressure Max. Recommended Differential Pressure Cleaning and Sterilisation 65 C (150 F) 4 20 C (68 F) 2 bar (30 psid) FILO TM Spun-HP can be repeatedly (up to 25 times) steam sterilised in situ or autoclaved up to 130 C (266 F). FILO TM Spun-HP filters can be sanitised with hot water at up to 90 C (400 hours in 20 minutes cycles) and are compatible with a wide range of chemicals. Dimensions Outside Diameter 2.5" Inside Diameter 1.1" Ordering Information Length Micron End Fiting Part Number Length Micron End Fiting Part Number 9" 3/4 20" DOE CFYFYS9310 DOE CFYFZE9310 CODE 3 CFYFYS CODE 3 CFYFZE9340 CODE 7 CFYFYS9350 CODE 7 CFYFZE9350 DOE CFYKYS9310 DOE CFYKZE9310 CODE 3 CFYKYS CODE 3 CFYKZE9340 CODE 7 CFYKYS9350 CODE 7 CFYKZE " DOE CFYOYS9310 DOE CFYOZE9310 CODE 3 CFYOYS CODE 3 CFYOZE9341 CODE 7 CFYOYS9350 CODE 7 CFYOZE9350 DOE CFYTYS9310 DOE CFYTZE9310 CODE 3 CFYTYS CODE 3 CFYTZE9340 CODE 7 CFYTYS9350 CODE 7 CFYTZE9350 DOE CFZDYS9310 CODE 3 CFZDYS9340 CODE 7 CFZDYS9350 DOE CFYFZD9310 DOE CFYFZF9310 CODE 3 CFYFZD CODE 3 CFYFZF9340 CODE 7 CFYFZD9350 CODE 7 CFYFZF9350 DOE CFYKZD9310 DOE CFYKZF9310 CODE 3 CFYKZD CODE 3 CFYKZF9340 CODE 7 CFYKZD9350 CODE 7 CFYKZF " DOE CFYOZD9310 DOE CFYOZF9310 CODE 3 CFYOZD CODE 3 CFYOZF9340 CODE 7 CFYOZD9350 CODE 7 CFYOZF9350 DOE CFYTZD9310 DOE CFYTZF9310 CODE 3 CFYTZD CODE 3 CFYTZF9340 CODE 7 CFYTZD9350 CODE 7 CFYTZF9350 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Spun-HP/AQF118_EN_V1.3 Visit our website:

156 FILO TM Mem Cartridge Filters The FILO TM Mem constitutes a range of pleated membrane cartridge filters for microbial reduction for pharmaceutical and electronic applications. Features & Benefits High flow rates Hydrophilic PES membrane Validated membrane Integrity testable Full traceability 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 Applications Sterile Filtration High Purity Water 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. Performance μm 0.2 μm 0.45 μm Differential Pressure (mbar) 50 1 Differential Pressure (psid) 0 10 l/min 20 l/min Typical initial clean media differential pressure per 250 mm (10") cartridge for water at 20 C, 1 cp

157 FILO TM Mem Specifications Material Specifications Filtration Media Support Cage and Core O-ring Seal End Cap Reinforcing Ring Recommended Operating Conditions Max. Continuous Operating Temperature Max. Differential Pressure (forward) Polyethersulphone Polyester Polypropylene Silicone Nylon Stainless Steel 60 C (140 F) 4.0 bard (60 40 C (104 F) ; 1.7 bard (25 90 C (194 F) Cleaning and Sanitisation Integrity Test FILO TM Mem cartridge can be autoclaved up to 10 times up to 130 C or steam sterilised up to 130 C Minimum bubble point: 49 psig (3.4 bar) Diffusional flow in water per 10": 16 cc/min at 41 psig (2.8 bar) Ordering Information FILO TM Mem-P (Pharmaceutical applications) FILO TM Mem-E (Electronic applications) Length Micron End Fiting Part Number Length Micron End Fiting Part Number DOE CFYCYT9410 DOE CFYBYT9410 CODE 3 CFYCYT CODE 3 CFYBYT CODE 7 CFYCYT9451 CODE 7 CFYBYT " CODE 9 CFYCYT9460 DOE CFYCYT " DOE CFYEYT CODE 3 CFYCYT CODE 3 CFYEYT9440 CODE 7 CFYCYT9452 CODE 7 CFYEYT9450 CODE 9 CFYEYT9460 DOE CFYBZD CODE 3 CFYBZD9444 DOE CFYCZD9410 CODE 7 CFYBZD " CODE 3 CFYCZD9440 DOE CFYCZD CODE 7 CFYCZD CODE 3 CFYCZD " CODE 9 CFYCZD9460 CODE 7 CFYCZD9452 DOE CFYEZD CODE 3 CFYEZD9440 DOE CFYBZE9410 CODE 7 CFYEZD CODE 3 CFYBZE9440 CODE 9 CFYEZD9460 CODE 7 CFYBZE " DOE CFYCZE9411 DOE CFYCZE CODE 3 CFYCZE CODE 3 CFYCZE9440 CODE 7 CFYCZE9451 CODE 7 CFYCZE " CODE 9 CFYCZE9460 DOE CFYEZE CODE 3 CFYEZE9440 CODE 7 CFYEZE9450 CODE 9 CFYEZE9460 In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /FILO TM Mem/AQF119_EN_V1.3 Visit our website:

158 RO Membranes VWSRO-XTLE-2521 Extra Low Energy Element Part Number Nominal Area m² Permeate Flow Rate m 3 /d (usgpd) Minimum Salt Rejection (%) MBROYL (320) 98 Maximum Feed Flow Dimensions inches (mm) Weight. Permeate tube length Part Number m 3 /hr (usgpm) kg (lbs) inches (mm) A B C MBROYL (6) 21 (533) 2.4 (61) 0.75 (19.1) 0.9 (2) 1.2 (30.5) Type Configuration: Membrane Polymer: Spiral Wound Composite Polyamide/Polysulphone Test Conditions 500 ppm NaCl solution, 7 bar (100 psi), 25 C, ph 6 7, Permeate Recovery 10%. Operating Limits* Maximum Applied Pressure: 21 bar (300 psig) Maximum Free Chlorine Concentration: < 0.1 ppm Maximum Operating Temperature: 45 C Feedwater ph Range: Maximum Feedwater Turbidity: 1.0 NTU Maximum Feedwater Fouling Index (SDI): 5 Maximum Element Recovery: 20% Maximum Pressure Drop Per Element: 0.7 bar (10 psi) Feed C A B Concentrate Permeate *Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life. Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box. Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes. VWS CATALOGUE /VWSRO-XTLE-2521/AQF106_EN_V1.2 nov10 Visit our website:

159 RO Membranes VWSRO-XTLE-4021 Extra Low Energy Element Part Number Nominal Area m² Permeate Flow Rate m 3 /d (usgpd) Minimum Salt Rejection (%) MBROYN (960) 98 Maximum Feed Flow Dimensions inches (mm) Weight. Permeate tube length Part Number m 3 /hr (usgpm) kg (lbs) inches (mm) A B C MBROYN (12) 21 (533) 3.95 (100) 0.75 (19.1) 1.8 (4) 1.2 (30.5) Type Configuration: Membrane Polymer: Spiral Wound Composite Polyamide/Polysulphone Test Conditions 500 ppm NaCl solution, 7 bar (100 psi), 25 C, ph 6 7, Permeate Recovery 10%. Operating Limits* Maximum Applied Pressure: 21 bar (300 psig) Maximum Free Chlorine Concentration: < 0.1 ppm Maximum Operating Temperature: 45 C Feedwater ph Range: Maximum Feedwater Turbidity: 1.0 NTU Maximum Feedwater Fouling Index (SDI): 5 Maximum Element Recovery: 20% Maximum Pressure Drop Per Element: 0.7 bar (10 psi) Feed C A B Concentrate Permeate *Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life. Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box. Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes. VWS CATALOGUE /VWSRO-XTLE-4021/AQF105_EN_V1.2 nov10 Visit our website:

160 RO Membranes VWSRO-XTLE-4040 Extra Low Energy Element Part Number Nominal Area Permeate Flow Rate Salt Rejection (%) m² m 3 /d (usgpd) Minimum Nominal MBROYN (2500) Maximum Feed Flow Dimensions inches (mm) Weight. Permeate tube length Part Number m 3 /hr (usgpm) kg (lbs) inches (mm) A B C MBROYN (16) 40 (1016) 3.95 (100) 0.75 (19.1) 3.6 (8) 1.05 (26.7) Type Configuration: Membrane Polymer: Spiral Wound Composite Polyamide/Polysulphone Test Conditions 500 ppm NaCl solution, 7 bar (100 psi), 25 C, ph 6 7, Permeate Recovery 15%. Operating Limits* Maximum Applied Pressure: 42 bar (600 psig) Maximum Free Chlorine Concentration: < 0.1 ppm Maximum Operating Temperature: 45 C Feedwater ph Range: Maximum Feedwater Turbidity: 1.0 NTU Maximum Feedwater Fouling Index (SDI): 5 Maximum Element Recovery: 20% Maximum Pressure Drop Per Element: 0.7 bar (10 psi) Feed C A B Concentrate Permeate *Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life. Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box. Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes. VWS CATALOGUE /VWSRO-XTLE-4040/AQF104_EN_V1.3 sept11 Visit our website:

161 RO Membranes VWSRO-LERA-8040 Low Energy Regular Area Element Part Number Nominal Area Permeate Flow Rate Salt Rejection (%) m² m 3 /d (usgpd) Minimum Nominal MBROYR (12000) Maximum Feed Flow Dimensions inches (mm) Weight. Part Number m 3 /hr (usgpm) kg (lbs) A B C MBROYR (75) 40 (1016) 7.89 (200) (28.6) 16.4 (36) Type Configuration: Membrane Polymer: Spiral Wound Composite Polyamide/Polysulphone Test Conditions 1500 ppm NaCl solution, 10.5 bar (150 psi), 25 C, ph 6 7, Permeate Recovery 15%. Operating Limits* Maximum Applied Pressure: 42 bar (600 psig) Maximum Free Chlorine Concentration: < 0.1 ppm Maximum Operating Temperature: 45 C Feedwater ph Range: Maximum Feedwater Turbidity: 1.0 NTU Maximum Feedwater Fouling Index (SDI): 5 Maximum Element Recovery: 20% Maximum Pressure Drop Per Element: 0.7 bar (10 psi) Feed C A B Concentrate Permeate *Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life. Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box. Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes. VWS CATALOGUE /VWSRO-LERA-8040/AQF110_EN_V1.2 nov10 Visit our website:

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164 RO Membranes VWSRO-SRHA-8040 Standard Rejection High Area Element Part Number Nominal Area Permeate Flow Rate Salt Rejection (%) m² m 3 /d (usgpd) Minimum Nominal MBROYR (12000) Maximum Feed Flow Dimensions inches (mm) Weight. Part Number m 3 /hr (usgpm) kg (lbs) A B C MBROYR (75) 40 (1016) 7.89 (200) (28.6) 16.4 (36) Type Configuration: Membrane Polymer: Spiral Wound Composite Polyamide/Polysulphone Test Conditions 1500 ppm NaCl solution, 10.5 bar (150 psi), 25 C, ph 6 7, Permeate Recovery 15%. Operating Limits* Maximum Applied Pressure: 42 bar (600 psig) Maximum Free Chlorine Concentration: < 0.1 ppm Maximum Operating Temperature: 45 C Feedwater ph Range: Maximum Feedwater Turbidity: 1.0 NTU Maximum Feedwater Fouling Index (SDI): 5 Maximum Element Recovery: 20% Maximum Pressure Drop Per Element: 0.7 bar (10 psi) Feed C A B Concentrate Permeate *Operating limits are for information only, actual operating conditions should be optimised to ensure best performance and membrane life. Notice: Minimum permeate flow for individual elements 15 % below listed flow. All membrane elements are supplied with a brine seal and o-rings. Elements are vacuum sealed in a polyethylene bag containing less than 1.0% sodium metabisulphite and 10% propylene glycol solution and then packaged in a cardboard box. Veolia Water Solutions & Technologies accept no responsibility for results obtained by the application of this information or the safety or suitability of our products, either alone or in combination with other products. Users are advised to make their own tests to determine the safety and suitability of each product combination for their own purposes. VWS CATALOGUE /VWSRO-SRHA-8040/AQF112_EN_V1.2 nov10 Visit our website:

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168 Pressure Gauges Radial or Bottom Connection Stainless Steel With Liquid Filling The measurement of pressure using Bourdon tube type pressure gauges is important for monitoring the operation of water treatment solutions and also assists with the prediction of the maintenance requirements. Scale ranges from 0 to 11 bar depending the models: PART REF. IMPSGG0030 from 0 to 7 bar PART REF. IMPSGG1315 from 0 to 6.8 bar from 0 to 100 psi PART REF. IMPSGG1360 from 0 to 11 bar from 0 to 160 psi 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 PART REF. IMPSGG1315 Liquid, glycerine filled ; Dampens out vibrations out which can occur Ease of reading the pressure Increased gauge life PART REF. IMPSGG1360 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 Local after-sales service and support teams offer preventative and corrective maintenance programs to ensure the long-term, efficient operation of installed plant.

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174 VWS Monitor Free 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 CaCO 3, mmol/l Accurate titration via piston-dosing pump Low maintenance operation Low reagent and water consumption Two adjustable limit values with programmable switch functions Monitoring of two measuring points 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 Ideal for monitoring water quality: Boiler feed water Process water Pharmaceuticals Food & beverage Dialysis Swimming pool water Drinking water 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.

175 VWS Monitor Performance Parameter Reagent type dh f ppm CaCO 3 mmol/l mg/l - ppm Total chlorine CL 2250 A CL 2250 B CL 2250 C Free chlorine CL 2250 A CL 2250 B Water hardness TH Water hardness TH Water hardness TH , Water hardness TH Carbonate hardness TC Carbonate hardness TC Specifications Power supply Power consumption Degree of protection Protection class Ambient temperature Water temperature Operating pressure Dimensions (W x H x D) Weight 230 V or 24 V ± 10 % ; Hz max. 30 VA IP 65 I ; CE C C bar ; x 10 5 Pa 380 x 480 x 280 mm approx kg Ordering Information Model VWS Monitor KH VWS Monitor CLF VWS Monitor CLT VWS Monitor DUO VWS Monitor THCL Measuring Parameter Carbonate Hardness Free Chlorine Total Chlorine Carbonate Hardness + Hardness Hardness + Total Chlorine Part Number IEPOHR IEPOGU IEPOGU IEPOGU IEPOGU In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /VWS Monitor/AQF122_EN_V1.1 Visit our website:

176 VWS Monitor TH Hardness The VWS Monitor TH automatically determines residual / total water hardness via titration. Measuring range: dh Features & Benefits Menu-driven, programmable functions in clear LCD text display Programmable hardness unit in dh, f, ppm CaCO 3, 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 Ideal for monitoring water quality: Boiler feed water Process water Pharmaceuticals Food & beverage Dialysis Swimming pool water Drinking water 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.

177 VWS Monitor TH Performance Parameter Reagent type dh f ppm CaCO 3 mmol/l mg/l - ppm Water hardness TH Water hardness TH Water hardness TH , Water hardness TH Specifications Power supply Power consumption Degree of protection Protection class Ambient temperature Water temperature Operating pressure Dimensions (W x H x D) Weight 230 V or 24 V ± 10 % ; Hz max. 30 VA IP 65 I ; CE C C bar ; x 10 5 Pa 380 x 480 x 280 mm approx kg Ordering Information Model VWS Monitor TH Measuring parameter Hardness Part Number IEPOHR In keeping with the progressive nature of the company, we reserve the right to amend details without notice. VWS CATALOGUE /VWS Monitor/AQF121_EN_V1.1 Visit our website:

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