Voltea Product And Systems Catalog AGWT

VOLTEA’S CAPDI © TECHNOLOGY PRODUCT & SYSTEMS CATALOG Voltea’s CapDI systems provide clean, pure water for an array of applications through tunable deionization.

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Voltea’s Mission & Environmental Responsibility Technology Overview & Patent Protection How It Works : CapDI & Applications CapDI Benefits C - Series Modules & Technical Specs VS - Series Modules & Technical Specs Development Kit & Technical Specs DiUse - Point-Of-Use System & Technical Specs Industrial Series (IS) Systems 2 - 12 Industrial Series (IS) Systems 2 - 12 Technical Specs Industrial Series (IS) Systems 24 - 48 & Technical Specs CapDI Innovation : Global Installations Note Pad

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Unlocking The World’s Water Potential

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ENVIRONMENTAL At Voltea, our mission revolves around providing a superior solution to water reuse and desalination, where we put our natural resources and environment first. The lasting effects that harsh salts and chemicals have on our water sources is brutally evident, and only regressing with each salt refill and discharge using current traditional desalination and reuse technologies. Environmentally responsible solutions to water reuse and desalination are crucial to our generation - and our future - and Voltea surpasses these expectations by providing a tunable, salt-free, chemical-free desalination technique that every home and business can adopt. The tunability feature of Voltea’s Membrane Capacitive Deionization (CapDI © ) is what differentiates our technology from traditional desalination technologies; we allow treatment of brackish water sources where the customer can choose the level of salt and ion removal based on their treatment needs. No longer is it necessary to replace removed salt with other salts, add chemicals for cleansing purposes, or cool then re-heat water for high-temperature reuse applications. CapDI accomplishes this all while reducing environmental impact, energy costs, and operational inefficiencies. RESPONSIBILITY

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Voltea’s CapDI © Technology

We specialize in tunable water deionization that is designed to remove total dissolved salts (TDS) from a variety of water sources, ranging from tap water and brackish groundwater to industrial process water. CapDI achieves this at a lower economic cost and reduced environmental impact than any other available technology. Uniquely, CapDI operates at temperatures ranging from 5 - 60 °C, or 40 - 140 °F, on challenging higher turbidity feed waters, with minimal operator intervention. Our technology is environmentally friendly by virtue of its low energy consumption and minimal to no chemical usage, thus allowing any unrecovered water to flow back into the ecosystem safely. Voltea’s technology treats water types ranging from residential consumer appliances to large-scale industrial plants. Our systems are modular, allowing easy expansion to meet any increased water demands. Tunable DeionizationAt Your Fingertips CapDI is tunable, allowing adjustable TDS reduction between 25 - 95% depending upon customer needs, eliminating the requirement for blending to achieve a specific water quality. The customer sets their desired reduction rate and CapDI maintains this level, continually adjusting itself to account for any fluctuations in feed water characteristics.

PATENTED PROTECTION

Voltea owns over 50 global patents pertaining to CapDI and how the technology is implemented into modules and systems. Voltea’s patent portfolio ensures that the use of ion-selective membranes or coatings in any capacitive deionization device requires a legally binding supply and license agreement with Voltea.

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How It Works : CapDI

2 - STEP PROCESS

CapDI is a simple 2-step process wherein water flows between electrodes, where the electrode surfaces are separated from the water by ion-selective membranes that allow positive or negative ions to pass.

PURIFICATION

REGENERATION

Feed water passes between oppositely charged electrodes which electrostatically remove dissolved ions, leaving pure water flowing out of the cell.

Feed water flushes through the cell at a lower flow rate, while electrode polarity is reversed. Ions are rejected from the electrode surface, concentrated in the flow channel and flushed from the cell before the cycle is repeated.

Applications That Require Hardness and TDS Removal

HoReCa Horticulture Cooling Towers

Wastewater Reuse Bottling Companies Commercial Laundry General Deionization Automotive Paint Line Consumer Appliances

Residential Water Treatment Replace Traditional Softeners

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CapDI Benefits: Salt-free water softening Tunable deionization - CHOOSE your desired removal High water recovery - up to 95% Built-in remote monitoring and control No required chemicals Environmentally responsible - no additional discharge permits Low energy consumption : 1.89 kWh/kgal (< 0.5 kWh/m 3 ) Low fouling potential Automated Clean-In-Place (CIP) - minimum maintenance Removal at high and low temps (1 - 60 °C / 34 - 140 °F) Unaffected by silica

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From the Inside-Out

The composition of Voltea’s CapDI Modules is the game-changing piece of our patented technology. Our modules are comprised of electrode stacks, where ion removal takes place by means of an electric field. Our modules operate on a range of flows and feed water salinities, allowing implementation into a host of applications. Simple electrical terminals and water connections allow easy installation and service. The composition of our smallest and pilot- testing Development Kit (DK) Systems include our C-3 and VS-Series Modules, while our largest Industrial Series (IS) Systems include our C-18AT or C-18HT modules, all shown below. Our DiUse Systems couple with the C-5 Module.

C-18 Module (Internal Views)

The C-Series : Industrial and Commercial Application Modules

There are four C-Series Module sizes for Voltea’s Commercial and Industrial Systems; C-3, C-5, C-6, and C-18, all depending on flow rate, feed salinity, and targeted purified water quality. CapDI C-Series Modules for Commercial and Industrial Systems are available in two configurations; the C-SeriesAT for ambient temperature applications and the C-SeriesHT for high temperature applications , such as commercial laundry water reuse.

C-18 Module (Internal View)

C-3 Module

C-6 Module

C-18 Module

C-5 Module

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C-3 TECH SPECS C-SERIES MODULE C-6 C-5 C-18

Module Length Width

28 cm (11”) 28 cm (11”)

Height Weight Feed Inlet Coupling Product Outlet

35 cm (14”) 25 kg (55 lbs)

32 cm (13”)

40 cm (16”)

70 cm (28”) 60 kg (132 lbs)

20 kg (44 lbs)

30 kg (66 lbs)

0.5” union 0.5” union

3/8” push fit

0.5” union

3/8” push fit

0.5” union

Coupling Electrical Connections Recommended Power Input

2 x M8 fine threaded copper rods 0 - 120 A / 0 - 2 V

0 - 400 A / 0 - 2 V

Operational Requirements - Ambient Temperature (AT)

0,35 - 8,3 L/min (0.08 - 2.17 gpm) 0,2 - 5,0 L/min (0.05 - 1.3 gpm)

0,02 - 0,5 m 3 /hr (0.1 - 2.4 gpm) 0,02 - 0,3 m 3 /hr (0.06 - 1.4 gpm)

0,1 - 1,3 m 3 /hr (0.3 - 5.8 gpm) 0,1 - 0,8 m 3 /hr (0.2 - 3.5 gpm)

0,2 - 5,0 L/min (0.05 - 1.3 gpm) 0,12 - 3,0 L/min (0.03 - 0.8 gpm)

Net Produced Flow* Maximum Pressure Water Temperature Instant Flow Rate* Net Produced Flow* Maximum Pressure Water Temperature Instant Flow Rate*

10 bar (150 psi) 5 - 30 °C (40 - 86 °F)

Operational Requirements - High Temperature (HT)

0,35 - 6,3 L/min (0.08 - 1.7 gpm) 0,2 - 3,8 L/min (0.05 - 1.0 gpm)

0,02 - 0,4 m 3 /hr (0.1 - 1.8 gpm) 0,02 - 0,2 m 3 /hr (0.06 - 1.1 gpm)

0,1 - 1,0 m 3 /hr (0.3 - 4.4 gpm) 0,1 - 0,6 m 3 /hr (0.2 - 2.6 gpm)

0,2 - 3,8 L/min (0.05 - 1.0 gpm) 0,1 - 2,3 L/min (0.03 - 0.6 gpm)

5 - 60 °C (40 - 140 °F) 5 bar (70 psi)

*Flows are unimpeded and may be limited by system specs. Ranges modeled on 320 ppm TDS at 50% removal.

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Voltea has leveraged the same robust industrial technology for smaller scale consumer appliances. These systems are the first to offer consumers the benefits of no-salt softening combined with low TDS for increased appliance lifetime . Design freedom and flexibility allows customization of module size, shape and geometry to fit your specific application. From washing machines to coffee makers, appliances benefit from tunable output water quality and hardness reduction. In a single pass, at very low energy consumption and extremely high water recovery, CapDI delivers softened, deionized water to your appliances. This means higher quality water and appliance longevity for your business and home. The VS-Series : Residential and Consumer Appliance Modules

VS-1 Module

VS-2 Module

VS-3 Module

TECH SPECS VS-SERIES MODULE

Module Length Width

VS-1

VS-2

VS-3

26,5 cm (10.4”) 22,5 cm (8.9”)

Height Weight Feed Inlet Coupling Product Outlet

4 cm (1.6”)

6 cm (2.4”)

8 cm (3.1”) 5 kg (11 lbs)

2,5 kg (5.5 lbs)

3,6 kg (8 lbs)

Size 10 push-in connection - female (3/8”)

Size 10 push-in connection - male (3/8”)

Coupling Electrical Connections Recommended Power Input

M5 copper rod with M5 bolts

0 - 40 A / 0 - 2 V 0,1 - 1,5 L/min (0.03 - 0.4 gpm) 0,06 - 0,9 L/min (0.02 - 0.2 gpm)

0 - 80 A / 0 - 2 V 0 - 120 A / 0 - 2 V

0,2 - 2,8 L/min (0.04 - 0.7 gpm) 0,09 - 1,7 L/min (0.02 - 0.4 gpm)

0,2 - 4,1 L/min (0.05 - 1.1 gpm) 0,1 - 2,5 L/min (0.03 - 0.7 gpm)

Net Produced Flow* Maximum Pressure Water Temperature** Instant Flow Rate*

2 bar (30 psi) 5 - 30 °C (40 - 86 °F)

*Flows are unimpeded and may be limited by system specs. Ranges modeled on 320 ppm TDS at 50% removal. **If you wish to operate VS Modules on temperatures higher than 30°C, please contact Voltea.

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EXPLORATORY CapDI

The Development Kit (DK) System is a versatile evaluation tool coupled with technical support fromVoltea experts. This allows for fast and simplistic exploration of the potential of CapDI for your application. Our DK System is a great way to start your deionization project with Voltea, where we both get a full insight into what our CapDI technology can do for your business or home. Our DK System couples with any of our VS-Series Modules or the C-3 Module. By operating the reduced sized modules you can establish a baseline representation of a full size system. Included with every DK System purchase is a tailored testing program to ensure clients experience the full capabilities of CapDI technology in relation to their specific application.

DK Low Range (LR) TECH SPECS DEVELOPMENT KIT DK High Range (HR)

System

0,2 - 2,5 L/min (0.1 - 0.7 gpm)

Flow Rate Capacity* Salt Removal Water Recovery System Power Req. Power Output to Modules System Dimensions (L x W x H) Service Space Weight** Feed Inlet Coupling

Performance

25 - 95% 40 - 95% Single - Phase (110 - 240 V - AC / 50 - 60 Hz) 1 - 60 A / 0 - 10 V DC 5 - 240 A / 0 - 3 V DC

75 x 50 x 60 cm (2’6” x 1’8” x 1’11”)

0,8 m around system (2’7” around system)

System Specification

52 kg (114 lbs)

10 mm tubing push-in connection 10 mm tubing push-in connection

Product Outlet Coupling

Water Feed*** Water Temperature*** Operating Ambient Air Temperature**** Control Data Output Compatible Modules System Requirements Inputs and Outputs *Actual performance will depend on module used and settings. ***Please contact Voltea if unavailable. **Weight without modules ****If higher than this, additional cooling may be required

VS-1, VS-2, VS-3, C-3

VS-3, C-3

Test barrel

1 - 60 °C (34 - 140 °F)

< 35 °C (< 95 °F) Voltea laptop control program txt. file format for Voltea analysis template

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Voltea’s newest product, DiUse, is a miniaturized version of our industrial and commercial CapDI Systems, specifically made for Point-of-Use (POU) applications. DiUse softens and purifies brackish water sources such as municipal, tap and fresh water for commercial businesses at an advantage to traditional desalination technologies due to it being a salt- free, chemical-free alternative . DiUse is taking the HoReCa (Hotel/Restaurant/Cafe) and Coffee industries by storm! DiUse® : Voltea’s Point-Of-Use System

Front View

Control Panel View

Connection View

C-5 Module

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DiUse can also be used in residential applications; smaller households (1-2 people) or lighter flow requirements perfectly fit the scale for our DiUse Systems. DiUse Systems couple with a C-5 Module (see pages 7-8 for module info). In 2018, we will be launching a Point-Of-Entry (POE) whole-home softner for larger households and higher flow requirements.

DiUse - Point Of Use TECH SPECS DiUse SYSTEM System

Produced Flow Rate* Instant Flow Rate* Salt Removal Water Recovery Average Power Req. Power Output to Modules System Dimensions (L x W x H) Product Outlet Coupling Weight** Concentrate/Waste Outlet Coupling Water Feed Pressure Water Pressure Produced*** Feed Inlet Coupling

0,6 - 2,9 L/min (0.2 - 0.8 gpm) 1 - 5 L/min (0.3 - 1.3 gpm)

Performance

25 - 95% 40 - 95% 0.13 kW, Single - Phase (110 - 240 V AC / 50 - 60 Hz) 0 - 65 A / 0 - 2 V DC

0,32 x 0,43 x 0,64 m (1’0” x 1’5” x 2’1”)

System Specification

3/8” push fit 3/8” push fit 17 kg (37 lbs)

3/8” push fit 4 bar (55 - 60 psi)

Operational Requirements

≤ 6,5 bar (≤ 95 psi)

Operating Ambient Air Temperature Start / Stop Procedure

< 35 °C (< 95 °F) Pressure switch (standard) or external signal (24 V DC) Automated chemical cleaning Auto: On cycles of operation (delay to specific time of day available) Manual: Can be started manually 1 L chemical container

In / Outputs

Control (Auto/Manual)

Cleaning

Storage Remote Control/ Data Monitoring Parameter Change

Flow, pressure, conductivity, voltage, current (internet or local) Local

Controls

*Depends on TDS reduction and water recovery ***Depends on flow target **Weight without module

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Voltea’s Industrial Series (IS) Systems employ a simple, cost effective modular design providing flexibility to align with both current and future water demands . The IS Systems feature real-time, remote monitoring and control capability, as well as optional automated Clean-In-Place (CIP) and Dynamic Control, allowing minimal operator intervention. Our IS Systems are used in commercial and industrial applications, from cooling towers and boiler feed to commercial laundries, for water reuse and any other application that benefits from low TDS, softened water. The modular build of our IS Systems allows for easy expansion upon customer needs. The systems are assigned by the number of modules required, with system framing allowing for growth. Our systems were re-designed for operational and spatial efficiency, where our modules are now situated in a horizontal manner, rather than vertical as before. This change allows a smaller footprint and improved operational process. Dynamic Control Our Dynamic Control feature enables automated continuous control of your product water quality to account for any variations in feed water. Voltea’s CapDI Systems are equipped with remote monitoring and control capabilities and once subscribed, customers enjoy peace of mind that the monitoring of their CapDI Systems is by qualified Voltea personnel to ensure optimized system performance. Voltea’s Customized Solutions afford CapDI Systems that are tailored to your specific needs. Multiple systems, as well as pre-piped and pre-wired containerized systems, are available. Our modular design allows easy expansion as your operation grows and process flow requirements increase, or alternately, integrate with pre-existing water treatment technology. Customized Solutions System Evolution : The Hortizontal Industrial Series (IS-H) Systems

IS-2H

IS-4H

IS-6H

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IS-8H

IS-10H

IS-12H

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IS-HORIZONTAL SYSTEMS

IS-6H TECH

System

IS-2H

IS-4H

0,2 - 2,1 m 3 /h (1 - 9 gpm) 0,2 - 1,2 m 3 /h (1 - 5 gpm)

0,4 - 4,1 m 3 /h (1.6 - 18 gpm) 0,4 - 2,4 m 3 /h (1.6 - 10 gpm)

0,5 - 6,1 m 3 /h (2.5 - 27 gpm) 0,5 - 3,5 m 3 /h (2.5 - 15 gpm)

Instant Flow Rate

Net Produced Flow

Salt Removal Water Recovery

25 - 95 %

40 - 95 %

Average Power Requirements* System Dimensions L x W x H Service Space

0.6 kW

1.3 kW

1.4 kW

Please specify 1-ph 110 V AC / 60 Hz OR 230 V AC / 50 Hz

0,9 x 1,1 x 1,6 m (2’11” x 3’7” x 5’3”)

0,85 x 0,8 x 1,3 m (2’10” x 2’7” x 4’3”)

0,8 m from edge of system (2’7” from edge of system)

400 kg (880 lbs) 1” union 1” union

250 kg (550 lbs)

Weight**

Feed Inlet Coupling Product Outlet Coupling Concentrate/Waste Outlet Coupling Water Feed Pressure Water Temperature Operating Ambient Air Temperature*** Compressed Air Line

1/2” union

1/2” union

1/2” union ≥ 2,1 m 3 /h @ 3 bar ≥ 9 gpm @ 40 psi

1” union

1 - 60 °C (34 - 140 °F) ≥ 3,6 m 3 /h @ 3 bar ≥ 16 gpm @ 40 psi

≥ 6,1 m 3 /h @ 3 bar ≥ 27 gpm @ 40 psi

100 L/min (3.5 CFM)

50 L/min (1.8 CFM)

Output - Potential free contact (24 V DC) < 25 °C (< 77 °F) Input - Potential free contact (0 - 30 V DC / 0 - 250 V AC / 0 - 5 A) @ 6 bar (90 psi), pneumatic, size 3/8”

Start / Stop External Pump

***Without added cooling **Weight without modules Estimated Annual Electricity Cost*

Cost

€101 ($118)

€212 ($248)

€243 ($284)

*Actual performance will depend on module used and settings.

IS-36 Lorain, OH

IS-4 Luxembourg

IS-12 Querétaro, MEX

IS-12 Atlanta, GA

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IS-8H SPECS

IS-10H

IS-12H

0,9 - 10,2 m 3 /h (4 - 45 gpm) 0,9 - 5,9 m 3 /h (4 - 26 gpm)

1,1 - 12,2 m 3 /h (5 - 54 gpm) 1,1 - 7,0 m 3 /h (5 - 31 gpm)

0,7 - 8,2 m 3 /h (3 - 36 gpm) 0,7 - 4,7 m 3 /h (3 - 20 gpm)

25 - 95 %

40 - 95 %

2.0 kW

2.2 kW

2.4 kW

1-ph 110 - 230 V AC, 50 - 60 Hz AND 3-ph with neutral 400 - 480 V AC, 50 - 60 Hz

1,65 x 1,0 x 2,3 m (5’5” x 3,4” x 7’7”)

0,8 m from edge of system (2’7” from edge of system)

620 kg (1,400 lbs) 1 1/2” union 1 1/2” union 1 1/2”union

≥ 9,1 m 3 /h @ 3 bar ≥ 40 gpm @ 40 psi 1 - 60 °C (34 - 140 °F)

≥ 12,3 m 3 /h @ 3 bar ≥ 54 gpm @ 40 psi

≥ 6,8 m 3 /h @ 3 bar ≥ 30 gpm @ 40 psi

Output - Potential free contact (24 V DC) < 25 °C (< 77 °F) Input - Potential free contact (0 - 30 V DC / 0 - 250 V AC / 0 - 5 A) @ 6 bar (90 psi), pneumatic, size 3/8” 100 L/min (3.5 CFM)

€330 ($386)

€360 ($421)

€391 ($457)

IS-4 The Netherlands

IS-2 Germany

IS-12 Columbus, OH

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The Horizontal Industrial Series (IS-24, 36, & 48H) Systems

IS-24H

IS-36H

IS-48H

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TECH SPECS IS - HORIZONTAL SYSTEMS Voltea’s IS System re-design into a horizontal configuration has allowed our systems to expand into fully 24, 36, and 48 module single-systems . This is great news for our clients with higher flow and larger volume needs! These systems have been containerized, and multiple systems may be combined for even greater flows.

IS-24H 2,2 - 17,3 m 3 /h (10 - 76 gpm) 2,2 - 10,0 m 3 /h (10 - 44 gpm)

IS-36H

IS-48H

System

3,2 - 25,9 m 3 /h (14 - 114 gpm) 3,2 - 15,0 m 3 /h (14 - 65 gpm)

4,3 - 34,6 m 3 /h (19 - 152 gpm) 4,3 - 20,0 m 3 /h (19 - 87 gpm)

Instant Flow Rate

Net Produced Flow

Salt Removal Water Recovery

25 - 95 % 40 - 95 %

System Power Requirements* System Dimensions L x W x H

4.6 kW

6.8 kW

9.8 kW

3-ph with neutral (400 - 480 V AC / 50 - 60 Hz)

3,1 x 1,0 x 2,3 m (10’1” x 3’3” x 7’7”)

4,6 x 1,0 x 2,3 m (12’2” x 3’3” x 7’7”)

5,3 x 1,0 x 2,3 m (17’4” x 3’3” x 7’7”)

0,8 m from edge of system (2’7” from edge of system) 1.800 kg (4,000 lbs)

Weight** Service Space

2.400 kg (5,300 lbs)

1.200 kg (2,645 lbs)

Feed Inlet Coupling

2” union

Product Outlet Coupling

2” union 2” union

2 1/2” union 2 1/2” union

Water Feed Pressure Water Temperature Concentrate/Waste Outlet Coupling Operating Ambient Air Temperature*** Compressed Air Line

≥ 25,9 m 3 /h @ 3 bar ≥ 114 gpm @ 40 psi 1 - 60 °C (34 - 140 °F)

≥ 17,3 m 3 /h @ 3 bar ≥ 76 gpm @ 40 psi

≥ 34,5 m 3 /h @ 3 bar ≥ 152 gpm @ 40 psi

200 L/min (7 CFM)

Output - Potential free contact (24 V DC) < 25 °C (< 77 °F) Input - Potential free contact (0 - 30 V DC / 0 - 250 V AC / 0 - 5 A) @ 6 bar (90 psi), pneumatic, size 1/2” 300 L/min (10.5 CFM)

400 L/min (14 CFM)

Start / Stop

External Pump

Estimated Annual Electricity Cost*

Cost

€700 ($818)

€1.145 ($1,338)

€1.620 ($1,893)

*Actual performance will depend on module used and settings

***Without added cooling **Weight without modules

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CapDI GLOBAL FO

With CapDI Systems deployed in over 20 countries globally, Voltea assures customer satisfaction wherever your water innovation needs may be. From vast industrial plants to small consumer appliances, Voltea’s tunable, salt-free, chemical-free, environmentally responsible CapDI technology will exceed your water deionization demands.

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NOTES

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info@voltea.com www.voltea.com +1.469.620.0133 https://www.linkedin.com/company/Voltea https://twitter.com/Voltea

Proudly Represented By:

Advanced Global Water Technologies (Phils.) Inc. +63 995 984 7397 www.agwtphilinc.com

EUROPEAN OFFICE Wasbeekerlaan 24 Sassenheim 2171 AE The Netherlands +31 (0) 252 200100

U.S. OFFICE 1920 Hutton Court #200 Farmers Branch, TX 75234 +1 469 620 0133

All Voltea trademarks and logos are owned by Voltea B.V. All other brand or product names are trademarks or registered marks of their respective owners. Because we are continuously improving our products and services, Voltea reserves the right to change specifications without prior notice. Voltea is an equal opportunity employer. Voltea’s CapDI Technology Product & Systems Catalog © 2018 All rights reserved.

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