(ULTRAVIOLET, CHLORINATE, OZONE) AQUAHILL WATER SYSTEMS, do the microbiological disinfection of water using different techniques. They are chlorinate disinfection systems, ultraviolet disinfection systems and ozone disinfection systems units for water

CHLORINATE DISINFECTION SYSTEMS


AQUAHILL WATER SYSTEMS chlorinate disinfection systems use chlorinate dossage system that has sodium hypochlorinate and calcium hypochlorinate solution dossage to kill the bacteries and viruses existing or probable in water, to raise of harmful materials such as nitrate, ammonia to nitrate by high effect of oxidization chemically, to provide cathing the metals such as iron with high corrossive effect in sand filters by oxidization. Chlorinate dossage systems are made up of chlorinate dossage pomb and solution tanks.

Minimum hydrolic contact period is needed for effective disinfection process with liquid chlorinate (sodium hypoclarite and calsium hypoclarite solutions). Briefly, the contact period is needed in minimum 15 minutes for good water, 30-60 minutes for little problematic water, 120 minutes for problematic water only in microbiological disinfection process. These systems generally obliges homogen dossage processes on water before storage. On the lines of village and town which are long this can be process continuously in order to keep them disinfected. Chlorinate prevents bacterium and spore composing and keeps the stores disinfected as it is permenant.

AQUAHILL WATER SYSTEMS chlorinate disinfection systems, advice to be used with the carbon filter systems mounted on the last consumption line in order to remove the free chlorinate and solution holding in water in the end of processes.

ULTRAVIOLET DISINFECTION SYSTEMS


AQUAHILL Ultraviolet disinfection systems are the most preferable and the most effective sytems that never lasts any chemical affects and smell when some circumstances provided. Besides its advantages, the system must be mounted to the last consumption lines in confirmity with the given flow rates and effecting disinfection on draining as it hasn’t got permanent disinfection affect. Operations showed that none of microorganism can live under the 27.000 microwatt/cm2.second dossage uv-c rays.

AQUAHILL Ultraviolet disinfection systems, provide the disinfection of bacterials, viruses and spores probable in water and safer water usage. It is provided breaking DNAs of micro organisms by 2000 - 3000 angstrom and 254 nm wave UV-C ultraviolet rays ın ultraviolet devices which are in quartz case. %99,9 disinfection is held in the shock ultraviolet dossage room by exposing salt water to 30.000 microwatt/cm2.second UV-C rays. It depends on the amount of water blur and passing speed that effects the ray permeability of water to be successful. As it is known that holding soid materials and sediments form the turbidity of water. The turbidity of water must be 5FTU or less. Therefore the water processing in ultraviolet systems is adviced to be filtered beforehand.
 

OZONIDE DISINFECTION SYSTEMS


The ozonide which is one of the most effective disinfection system is used in common processes with ozonide. The disinfectant ozonide (O3) gas is formed by the weak bound formed in its isotope by the affect of O2 (oxygen) ultaviolet rays. Because of its weak bound, it forms a solution in water and air by wide and active oxidization (activity of 2.1 mV oxidation). It causes the removal of microorganisms by smashing its membrane. It can protect its form in water and air for a short time and then it turns into its first form O2. As a result of ozonide harmful toxinoes, solvents won’t be seen and ozonide gas vaporized as O2. It won’t cause any smell and side effect in water. Ozonide hasn’t got more permanent disinfection effect than its equivalents (3000 times more active than chlorinate). No side effects of ozonide on foods have been seen while its too effective on microbiological creatures. Besides it antimicrobial effect towards patogenius microorganisms (Staphylococcus aureus, Salmonella, Candida spp. ,Listeria monocytogenes ve Escherichia coli) based on food. It can reach upto 0,003 ppm on sea level and upto 0,5 ppm on higher levels depending on warm and seson circumstances. 0,1 ppm ozonide can be seen on the air after windy air circumstances. People can feel the smell of 0,02 ppm ozonide and this rate disinfect the air %90. People can stay in the areas with 0,05 ppm continual. The threshold rate of cities is 0,12 according to EPA standarts and this may cause nasal hurt, cough, throat dry, eye become wet and local harms on cells over 6-8 hours. Asthmatic people are disturbed with less rates of ozonide. Therefore the ozonide systems to be set up in the covered area with adequate air circulation by expert persons and to be used by technical staffs.

The Usage Fields and Effects of AQUAHILL Ozonide Disinfection Systems

In Water Process and Waste Water Process : It is used for disinfection of water, phleculation, discoloration, smell removal (deadorism effect), processing organic materials, oxidation of heavy metal and metals (Except for Phlorure, Calcium, Sodium etc), catching by filtration systems. (It is used in phleculation of organic paints by oxidation, volatile organic solvents, deodorism of phenoles by oxidation especially in waste water)

In Processing of Pool and Thermal Water: It is used for disinfection of heavy metals and metals, sun creams creams, dirth and organic solvents’ oxidization. ( Ozonide component concentration to be >20gr/m3 O3 in TS11899 standarts in pools. The reaction period of solved ozonide in heavy solutions filtered water to be more than 3 minutes.

In Natural Spring Water: It is used for disinfection.

In Bottling and Filling Plants ve dolum tesislerinde: It is used for disinfection, washing and rinsing baths, removing of detergant, organic materials , smell, oil and dirth.

In Cooling Towers : It is used for disinfection and preventing dirth.

In Textile and Coloration : It is used for discoloration, bleaching and disinfection processes.

In Cellulose and Paper Production Plants: It is used for bleaching and disinfection of waste water processes.

In Chemistry,Mediacal Products and Medicine Industries: It is used for oxidation, disinfection, waste water, biocid, CIP processes.