Combined solutions

HAOP + UV + Peroxide; O3 + UV + catalysis + H2O2. The company conducts research projects for advanced oxidation process improvement and application for the treatment of contaminated water. The aim is to create products that are more efficient than those currently on the market to decontaminate problematic water pollutants. The use of ozone in water treatment and improvement technologies are becoming increasingly popular, but with additional tools use, such as catalysts, UV radiation, peroxide - to reduce electricity consumption and further increase efficiency.

Pulp and paper industry
Pharmaceutical industry
Food industry
Oil industry
Textile industry
Municipal water supply
Chemical industry
Electric supply
Metallurgic industry
Electronics industry
Fertilizer industry
Glass-making industry
Agriculture industry
Fish farms
Plastics industry
Rubber industry
Wood industry
Cosmetics industry
Meat processing industry
Furniture industry
Dyestuffs industry
Dairy industry
Flow rate, m3/h 0.1 – 200
Inlet water TOC < 100 mgC/L
TOC removal efficiency, % 56 – 99 %
Micropollutants, phthalates removal efficiency, % 88 – 99 %
Disinfection efficiency >5 Log reduction
Color removal, % <1 NTU
Metal removal, % 74 – 97 %