Ambra water box

Quickly available solution for the
production of drinking water
Alzey, Germany, 2014

Initial situation
Fresh water is only available to a limited extent
Tap water is often polluted, e.g. by
chlorine
salt
heavy metals
etc.
Drinking water is already scarce and will be
even more every day.
Sometimes only untreated water is available
(river, lake, reservoir, well).
Polluted water may cause illnesses or even
worse epidemics.
Fresh water of high quality is a scarce good!
Desalting plant
River
AMBRA GmbH © Copyright. All rights reserved. 2

Our solution: WaterBox® and CarbonAdd®
Production of top quality drinking water using simple means.
Flexible quantities possible (from 24 cbm/d up to 100,000 cbm/d)
Water treated with the Carbon Add® method completely fulfills all
quality standards for drinking water.
Scientists of our partner Lavaris have developed a new compound,
CarbonAdd® to treat fresh water.

CarbonAdd ®
Pure inorganic multi-component buffering system
Consisting of reactive calcium salts, sodium hydrogen carbonate,
soda and calcite
Suitable for most water conditions
All ingredients occur in natural waters, are permitted for drinking
water conditioning

Drinking water ingredients
Calcium
Dietary mineral, most abundant element in the human body with
about 1.2 kg
Sodium
Compound of many foodstuffs (e.g. salt)
Necessary for humans to maintain the balance of the physical fluids
system; for nerve muscle functioning
Too much sodium can damage the kidneys and increases chances
of high blood pressure
Sodium is essential, but the amount required is controversially
discussed

Drinking water ingredients
Chloride
A chemical the human body needs for metabolism (turning food into
energy)
Also helps keep the body's acid-base balance
Amount of chloride in the blood is carefully controlled by the kidneys
Bicarbonate
An alkaline, vital component of the pH-buffering-system of the human
body (maintaining acid-base homeostasis)
70-75 % of CO2 in the body is converted into carbonic acid (H2CO3),
which can quickly turn into bicarbonate (HCO3)
Also regulates pH-value in the small intestine

Comparison of existing drinking water
Example Qatar
Mains water
Bottled Water:
Rayyan
Bottled Water:
Marwa
LAVARIS water
(overdosage) St. Pellegrino
Composition (mg/l)
ph-value 7,93 7,50 7,50 7,27 7,70
TDS 80,00 110,00 100,00 1.129,80 948,00
Total Hardness (as
CaCO3) 81,30 48,00 4,53 372,00 661,00
Anions
Chloride Cl- 2,40 26,00 20,00 348,00* 54,80
Sulphate SO4 0,50 7,00 4,00 0,50 445,00
Bicarbonate HCO3 100,68 40,00 545,49 239,00
Fluoride 0,1 1 0,30 0,10 0,50
Cations
Sodium Na 1,60 9,00 8,00 269,50* 33,60
Calcium Ca 32,20 12,00 0,80 148,30 179,00
Magnesium Mg 0,20 4,00 0,50 0,30 52,00
Potassium 0,50 1 0,50 6,60 2,50
It is scientifically proven that higher values of these elements are beneficial to human health
* Due to an unintentional overdose of CarbonAdd® during our pre-tests, these first results do not really display the expected
values. But actually that is just a matter of regulation.

Description of the WaterBox®
The new WaterBox ® is a highly compact water treatment system
whose innovation is the use of the patented CarbonAdd® process to
remove inorganic impurities.
The WaterBox ® makes it possible to produce clean drinking water
while being affordable for all.
The system is one of the smallest on the market and has been
developed specifically for disaster areas and for development
projects in consultation with UN-HABITAT.
One Water Box ® can supply
about 2,000 people with potable
drinking water, with a capacity
of 28,000 liters per day.

Advantages
Small size - it fits on a euro pallet and low weight (75 kg)
Mobile and easily transportable
Can be easily installed in small spaces
Provides pure drinking water immediately
Durable technology
Inexpensive/cost efficient
Sustainable
Approved by the UNO
System can be run even without previous knowledge, and produce
water even under difficult conditions
We guarantee simple maintenance and service

Functional principle
Treatment with Carbon Add® granules Example
minimal
amount of
used granules
(disposal: road
construction or
landfill) High-end
water quality
brackish water
river

Application example
Smallest unit
Performance
24 cbm/d 8,700 cbm/a
of high-end quality water
Operation
Electricity via external power generator or
solar cells
Granule
Consumption: 1 t/a at 8,700 cbm/a
Filling: very simple handling using bags
Water box
Dosage unit

Application example
Bigger units
Performance
Adapted and tailored according to project
outline
Operation
Electricity via external power generator
Granule
Consumption: depending on project
Filling: large bags or silo technology
Examples
Container
Silo

TÜV
References
Public universities
University of Rio de Janeiro, Brazil
Technical University of Brunswick, Leichtweis
Institut, Germany
University of Stuttgart, Germany
Government institutions
Federal Ministry of Education and Research
German Society for International Cooperation
(GIZ)
Independent institutions
TÜV (Technical Control Board), Germany
CREED (Center of Research, Education and
Demonstration in Waste Management), Germany

References
Our scientific advisor, Prof. Dr. Dipl.-Ing. Klaus Fricke,
is the leading advisor of the German Goverment.

AMBRA GmbH
Klosterstr. 3
D-55232 Alzey
GERMANY
Tel. +49 (0) 6731 548898 10
Fax +49 (0) 6731 548898 99
mail@faber-ambra.com
Contact
Wolfgang Tönges, CEO
w.toenges@faber-ambra.com

Ambra water box

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