Panta Rei provides water and wastewater treatment services including the design, installation, and maintenance of treatment plants. They specialize in biological treatment plants for industries like textiles, food, and tanneries. Some of their main customers include textile companies like Jayaknit Tinting and Amantex. Panta Rei's treatment plants aim to be strong, efficient, and fully automatic with low operating costs. They work with major equipment suppliers to design customized plants.
Behind the Scenes From the Manager's Chair: Decoding the Secrets of Successfu...
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Waste Water treatment Biological method
1.
2. Panta Rei â Water Solutions
Services
â˘Water and Waste Water Treatment Plants
â˘After Sales Support
â˘Maintenance
â˘Feasibility Studies
â˘Purchasing Department
3. Treatment plants
â˘Biological system plants
â˘Chemical â Physical plants
â˘Quartz Filters to recovery water
â˘Resin Filters for colour removing
â˘Carbon Filters
â˘Softeners
â˘Sludge Treatments
â˘Osmosys
7. Screening
It has the goal to separate coarse and medium-fine
solids at the inlet, avoiding thus their sedimentation
in the next stages and clogging in the machinery
(pumps, mixers etc.)
8. Lifting unit
Lifting unit after screening become very useful in not
so big plants for several reasons. The main are:
â˘Higher efficiency of the pumps
â˘Trouble-free for blockage problems
10. Neutralization unit
The biological oxidation needs a neutral, or
slightly alkaline pH value.
Neutralisation is carried out automatically
with soda or acid, depending on the
characteristics of the waste water by a dosing
pumps and it is controlled by a pH meter
equipped with alarm signal.
12. Biological Oxidation
It is the heart of the plant
The principle is based on the utilisation of
aerobic bacteria colonies naturally present in
waste water; these bacteria have three
fundamental characteristics:
â˘they accomplish their vital cycle metabolising the
organic matter
â˘they reproduce increasing quickly.
â˘they tend to live in and to form colonies
16. Sedimentation
It removes the excess suspended solids and through
the sludge recirculation line guarantees the constant
mixed liquor suspended solids concentration
(therefore a continuous presence of microorganisms)
in the oxidation tank.
19. Water recovery
ď Following the secondary clarifier discharge, a
water recovery section can be installed in order to
comply with the âzero dischargeâ requirement.
This treatment section includes, but sometimes is
not limited to, quartz sand filters, resin filters
and reverse osmosis filtration.
20. Quartz Sand Filtration
The main purpose is the removal of suspended
solids from either raw water or from water
coming from a biological treatment plant
The sand quartz filtration removes about 96 â
98% of the suspended solids from the clarifier
outlet.
22. Resin Filtration
By placing resin filters downstream of a biological
treatment plant a reduction of 20 - 50 % of C.O.D.
and a great colour removal are achieved
23. Reverse Osmosis
The reverse osmosis is the finest water treatment since it can
reduces the dissolved solids concentration by applying the
necessary pressure to beat the osmotic pressure, and thus it
creates two streams: a concentrated brine and a purified water
stream. This procedure can be used even to treat the seawater,
remove the excess and then make it suitable for human
consumption. For the specific case of wastewater treatment, it
generates a high quality water that can be used for the
industrial process all over again.
28. Our Suppliers
The most famous and qualitative
suppliers in the world
Quality of equipments
Best efficiency
Worldwide support
29.
30. Our Plants
â˘Strong and long-life materials
â˘High quality of equipments
â˘Lowest operative costs
â˘Fully authomatic
â˘Outlet parameters guaranteed
â˘Quick project development
31. B io lo g ic a l T r e a tm e n t P la n ts :
J A Y A K N I T T I N G â 1 .5 0 0 m c / d â T e x t ile ( d e s ig n , in s t a lla t io n a n d s t a r t u p )
T I Z A Y U C A V U V A â 4 .8 0 0 m c / d - T e x t ile ( w it h I N O X L I N E C O ., d e s ig n )
G R E E N V A L L E Y â 5 .0 0 0 m c / d - T e x t ile ( w it h I N O X L I N E C O ., d e s ig n )
D O S R I O S â 8 .0 0 0 m c / d â T e x tile (d e s ig n , in s ta lla tio n a n d s ta r t u p )
S A N T A C L A R A â 1 .0 0 0 m c / d â F o o d (d e s ig n , in s ta lla tio n a n d s ta r t u p )
B E A C H H O U S E C A S A B L A N C A â 5 0 m c / d â C iv il (c o m p a c t p la n t, d e s ig n a n d
m a n u fa c to r in g )
A L L T E X I n d u s t r ie s â 3 .0 0 0 m c / d â T e x t ile (d e s ig n , in s t a lla t io n a n d s ta r t u p )
Q U A L IT E X - 7 0 0 m c / d â T e x tile (d e s ig n , in s ta lla tio n a n d s ta r t u p )
M A R R A K E S H R E S O R T 1 a n d 2 â 1 5 0 m c / d a n d 5 0 m c / d â C iv il (c o m p a c t p la n t,
d e s ig n a n d m a n u fa c to r in g )
U S A R M Y K A B U L â 7 0 0 m c / d â C iv il (c o m p a c t p la n t, d e s ig n a n d m a n u fa c to r in g )
W I S T E R I A â 1 .2 0 0 m c / d â T e x t ile (d e s ig n , in s t a lla tio n a n d s ta r t u p )
32. A M A N T E X â 2 .8 0 0 m c / d â T e x t ile (d e s ig n , in s ta lla tio n a n d s ta r t u p )
J A L A L A B A D â 1 .8 0 0 m c / d - T e x t ile ( d e s ig n , in s t a lla t io n a n d s t a r t u p )
P IN T U R A T U C A N - 1 5 0 m c / d â In d u s tr ia l (c o m p a c t p la n t, d e s ig n a n d
m a n u fa c to r in g )
F A K I R A P P A R E L S â 3 .0 0 0 m c / d â T e x t ile ( d e s ig n , in s t a lla t io n a n d s t a r t u p )
Z A B E R A N D Z U B A IR L T D - 3 .0 0 0 m c / d â T e x tile (d e s ig n , in s ta lla tio n a n d s ta r t u p )
Z A B E R A N D Z U B A IR L T D - 3 .7 0 0 m c / d â T e x tile (r e v a m p in g o f a n o ld tr e a t m e n t
p la n t)
M A F R A Q M U N I C I P A L I T Y â 2 .5 0 0 m c / d â â C iv il ( d e s ig n , in s t a lla t io n a n d s t a r t u p )
K A R U P A N N Y A R A N G P U R â 8 0 0 m c / d - T e x tile (d e s ig n , in s ta lla tio n a n d s ta r t u p )
S E B H A H O S P IT A L - 1 5 0 m c / d â C iv il (c o m p a c t p la n t, d e s ig n a n d m a n u fa c to r in g )
C H A I T Y K N I T C O M P O S I T E â 5 .0 0 0 m c / d â T e x t ile ( d e s ig n , in s t a lla t io n a n d s t a r t
up)
K C P R I N T L T D â 3 .0 0 0 m c / d â T e x t ile ( d e s ig n , in s t a lla t io n a n d s t a r t u p )
36. Advantages (Why us?)
â˘Flexibility in pricing
â˘Solutions with flexibility to adapt to specific user
requests
â˘Complete engineering
â˘Trained personnel services treatment facilities
â˘Low operating costs
â˘Minimum operational requirements
â˘Possibility of changing the operating mode of the
installation according to the different parameters
of injection
â˘Support and Maintenance