Klarwin® designs complete solutions for municipal and industrial water, using physical, biological or chemical systems to remove unwanted contaminants, depending on the source and quality of the water, after a careful analysis of its physic-chemical properties.
Water Treament
Klarwin® offers complete solutions for water treatment, depending of its source and quality, after a thorough analysis of its physical chemical properties.
Complete water treatment solutions
A
A: Groundwater (borehole well)
Membrane MICROFILTRATION systems have increased performance by removing all solid particles, reducing by 6 log giardia and cryptosporidium, with high recovery rates.
Membrane MICROFILTRATION systems have increased performance by removing all solid particles, reducing by 6 log giardia and cryptosporidium, with high recovery rates.
B
B: Surface water (lake, river)
Coagulant injected upstream of a MICROFILTRATION membrane system can eliminate some of the organic matter with a recovery rate up to 95%, resulting in a more inexpensive solution than nanofiltration or reverse osmosis systems.
Coagulant injected upstream of a MICROFILTRATION membrane system can eliminate some of the organic matter with a recovery rate up to 95%, resulting in a more inexpensive solution than nanofiltration or reverse osmosis systems.
C
C: Seawater
Using an integrated solution of MICROFILTRATION, followed by REVERSE OSMOSIS, for the desalination of seawater, results in a water free of algae, bacteria and fine particles, with a salinity less than 500 mg/l.
Using an integrated solution of MICROFILTRATION, followed by REVERSE OSMOSIS, for the desalination of seawater, results in a water free of algae, bacteria and fine particles, with a salinity less than 500 mg/l.
D
D: Industrial waste water
Suitable treatment of wastewater from industrial processes and its re-use in the process can be done by REVERSE OSMOSIS and physico-chemical and biological TREATMENT, reducing the drinking water and wastewater footprint, to reach the Zero Liquid Discharge (ZLD) target.
Suitable treatment of wastewater from industrial processes and its re-use in the process can be done by REVERSE OSMOSIS and physico-chemical and biological TREATMENT, reducing the drinking water and wastewater footprint, to reach the Zero Liquid Discharge (ZLD) target.
E
E: Secondary and tertiary effluent after biological pre-treatment
Treatment of effluents using MICROFILTRATION with downstream REVERSE OSMOSIS, results in a water quality suitable for various processes. This way, the water can also be evacuated into a river, golf, lagoon or can be used for irrigation.
Treatment of effluents using MICROFILTRATION with downstream REVERSE OSMOSIS, results in a water quality suitable for various processes. This way, the water can also be evacuated into a river, golf, lagoon or can be used for irrigation.
Boiler feed water
Cooling water
Potable water
Technological water
HVAC system
Injection water in Oil & Gas industry
Desalinization
Irrigation water
Aquaculture
Our systems contain one or more of the technologies
Sistemele noastre conțin, în funcție de necesitate, una sau mai multe din tehnologiile de mai jos:
A: Apă de adâncime (de puț)
Sistemele de MICROFILTRARE cu membrane au o performanță crescută, îndepărtând toate particulele solide, reducând cu 6 log giardia si cryptosporidium, cu un grad de recuperare ridicat.
B: Apă de suprafață: lac, râu
Folosind un coagulant injectat în amonte de sistemul de MICROFILTRARE, se poate elimina o parte din materia organică și se poate atinge un grad de recuperare de 95%, aceasta fiind o soluție mai rentabilă decât nanofiltrarea sau osmoza inversă.
C: Apă de mare
Folosind o soluție integrată de MICROFILTRARE urmată de OSMOZĂ INVERSĂ pentru desaliziarea apei de mare, rezultă o apă fără alge, bacterii și particule fine și cu o salinitate sub 500 mg/l.
D: Apă uzată industrială
Tratarea corespunzătoare a apelor uzate din procese industriale și reutilizarea apei în proces se poate face prin OSMOZĂ INVERSĂ și EPURARE fizico-chimică și biologică, în scopul reducerii amprentei de apă potabiliă și a cantității de deșeuri, pentru a ajunge la targetul de Zero Liquid Discharge (ZLD).
E: Efluentul secundar și terțiar după pretratare biologică
Tratarea efluenților utilizând MICROFILTRARE cu tratament de OSMOZĂ INVERSĂ în aval, duce la obținerea unei ape corespunzătoare, în diverse procese. Astfel, apa se poate evacua într-un râu, golf, lagună sau poate fi folosită pentru irigare).
