System design is made with physical and chemical treatment principles.
Two standard systems are available with capacities of 50 m3/hour and 100 m3/hour; For higher capacities, personalized solutions are made with multiple system designs.
Provides 10 times more sedimentation area than traditional sedimentation ponds
Corrosion resistant, PVC plates are completely submerged in water
For optimum sedimentation, the plates are placed at a 55 degree angle.
Low operating costs thanks to self-cleaning plates and non-moving parts
It provides more efficient use of space with its small footprint design.
APPLICATION AREAS
Compact treatment systems consisting of pre-chlorination, coagulation-flocculation, lamella treatment, sand filtration and chlorination units are an ideal process for suspended solids removal.
In Iraq, water taken from rivers or other natural springs is used to produce water of suitable quality for domestic use. (drinking water or other uses)
The systems included in the water treatment plant are written below;
1. PRE-CHLORINATION
To achieve quality treatment in accordance with WHO (World Health Organization) standards, pre-treatment with chlorine before sedimentation or filtration is a necessary practice.
2. COAGULATION-FLOCULATION
Flocculation-The purpose of coagulation is to remove from water components very fine particles that cause turbulence and often form stable colloids.
3. LAMELLA TREATMENT
Purification of raw water after chemical treatment is usually done by sedimentation. Lamellar settling is generally used to reduce the required settling area. Unlike conventional sedimentation, lamella sedimentation saves space by providing high sedimentation area in a low surface area. After sedimentation, the purified water passes into the storage tank, and the water from the storage tanks is pressurized and given to the sand filters by horizontal centrifugal pumps.
4. SAND FILTER
The purpose of the sand filter is to remove all small particles and flocs that cannot be removed by the sedimentation process, making clean water ready for general use.
5. DISINFECTION (POST CHLORINATION)
With final chlorination, the required amount of residual chlorine is provided in the purified water, ensuring that there is no bacteriological contamination in the water.
