3769_PRO_Dezentrale_Trinkwasseraufbereitung_E.qxd:Layout 1
09.09.2010
9:22 Uhr
Seite 1
Decentralised Aqua Container
www.gruenbeck.com
3769_PRO_Dezentrale_Trinkwasseraufbereitung_E.qxd:Layout 1
2
09.09.2010
9:22 Uhr
Seite 2
Decentralised Aqua Container
Decentralised Aqua Container
Depending on the chosen location, the
quality and composition of the raw water
may be subjected to considerable variations. Brackish or sea water, for instance,
cannot be treated by means of common
treatment technologies and therefore
cannot be used for the public drinking
water supply. The mobile, Decentralised
Aqua Container for decentralised water
treatment makes it possible to treat
all kinds of different raw water qualities,
even such with complex characteristics.
The system design is based on a flexible
combination of various water treatment
technologies, membrane technology in
particular.
intent annihilates the need for local
operating staff.
The water treatment system produces
1,000 litres of drinking water per hour.
The system is designed for autonomous
and automatic operation. The current
operation of the system is monitored
and, if required, controlled by means of
remote control at a central monitoring
station. This kind of monitoring of the
essential operating parameters to a large
Container I:
“Pre-treatment” with the
following options:
●
●
●
●
●
●
●
Hydrocyclone
Pre-oxidation
Correction of pH value
Flocculation
Tilted plate separator
Drum filter
Intensive ventilator
3769_PRO_Dezentrale_Trinkwasseraufbereitung_E.qxd:Layout 1
09.09.2010
9:22 Uhr
Seite 3
Decentralised Aqua Container
Decentralised Aqua Container – Process description
In the first container, the raw water delivered by means of a submerged pump
is directed to an optional hydrocyclone
which is responsible for the removal of
coarse, particulate substances. Afterwards, pre-oxidation, correction of the
pH value and flocculation take place.
Depending on the raw water quality,
the water conditioning is performed in
a second pre-treatment step either by
means of a drum filter or a tilted plate
separator. In a third pre-treatment step,
there is the possibility to use a ventilator
for intensified oxidation.
Downstream of the ventilator further
treatment takes place in a second
container that houses an ultrafiltration
system consisting of two modules.
A CIP (cleaning in place) system allows
the automatic regeneration of the
ultrafiltration modules. Should the raw
water be considerably hard or saline,
and additional reverse osmosis treatment stage will follow.
In a final treatment step, chlorine or
fluorine will be dosed in compliance
with the legal requirements. The treated
drinking water is then stored in a 1,000
litre tank and thus available for withdrawal or feed into a supply network.
Container II:
“Membrane technology”
with the process steps:
●
●
●
Ultrafiltration
Reverse osmosis
Final treatment
3
3769_PRO_Dezentrale_Trinkwasseraufbereitung_E.qxd:Layout 1
9:22 Uhr
Seite 4
Decentralised Aqua Container
Decentralised Aqua Container Process steps of the system
Areas of application: remote regions
and emergency situations
● Two 10-feet containers (w x h x d)
2,438 x 2,896 x 2,991 mm
● Capacity: 1,000 l/h
● Autonomous operation
● Controlling and monitoring by means
of remote control engineering
●
●
●
●
●
Delivery of raw water as per demand
by means of a submerged pump
Pre-treatment by means of hydrocyclone
Pre-oxidation, correction of pH
value, flocculation
Mechanical cleaning by means
of filter or sedimentation systems
Ultrafiltration
●
●
Reverse osmosis
Final treatment in compliance
with the legal requirements
Exterior view of the container
Grünbeck Wasseraufbereitung GmbH
Industriestr. 1 · 89420 Hoechstaedt · GERMANY
Phone +49 9074 41-145 · Fax +49 9074 41-100
www.gruenbeck.com · [email protected]
DIN EN ISO 9001, DIN EN ISO 14001,
DIN EN ISO 13485 and SCC
certified company (TÜV SÜD)
Order no. 825 80 700 · Printed in Germany · RO 02.09.10
We reserve the right to modifications and errors.
4
09.09.2010