Australian Made and Owned

TECHNOLOGY

The eBooster TM is a state-of-the-art approach to inline water treatment

Our patented technology uses sophisticated electrochemical disinfection to effectively remove viruses, bacteria and microorganisms.

Safe water. Engineered.

Traditional water disinfection treatments require continuous maintenance and carry the risks associated with on-site handling of hazardous chemicals.

The eBoosterTM system uses electrochemical disinfection that challenges this age-old approach with an inline electrochemical disinfection process.

FEATURES

The advantages of eBoosterTM over existing water treatment technologies

Safe
No Chemicals
Effective in warm water
Low risk of infrastructure damage
Easy monitoring
Biofilm elimination
Low operational costs
Residual effect (downstream)
Not affected by water pH / hardness / salt
Low maintenance
Low capital costs
Easy to optimise
Easy installation / management
Effective in cold water
eBoosterTM
Thermal / Pasteurisation
3
Chlorine (bleach)
2
Chlorine (gas)
Chlorine Dioxide
Copper-silver ionization
1
Ozone
UV
4

Safety

COMPARE

eBoosterTM

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Safe

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

No chemicals

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Effective in warm water

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

 1

Ozone

UV

Low risk infrastructure damage

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Easy monitoring

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Biofilm elimination

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Low operational costs

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Residual effect (downstream)

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Not affected by water pH / hardness / salt

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Low maintenance

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Low capital costs

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Easy to optimise

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Easy installation / management

eBoosterTM
COMPARE

Thermal / Pasteurisation

 3

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

 4

Effective in cold water

eBoosterTM
COMPARE

Thermal / Pasteurisation

Chlorine (Bleach)

Chlorine (Gas)

Chlorine Dioxide

Copper-Silver Ionization

Ozone

UV

Notes:

1. Only if cold water is also treated   | 2. Chemical costs and aging may be important   | 3. Relatively simple (theoretically)   | 4. Limited application

TECHNOLOGY

How the eBoosterTM device works

The eBoosterTM device contains multiple electrodes covered with a special coating that supports polarity reversal, thus eliminating the need for periodic shutdowns and cleaning to remove calcium and/or magnesium carbonates that otherwise precipitate on the electrodes, hindering the correct functioning of the system.

The eBoosterTM device contains multiple electrodes covered with a special coating that supports polarity reversal, thus eliminating the need for periodic shutdowns and cleaning to remove calcium and/or magnesium carbonates that otherwise precipitate on the electrodes, hindering the correct functioning of the system.

A scientific report presenting data collected over almost 2 years at Dalby Hospital can be accessed here.