Inolife Teknoloji’s disinfection process thanks to the developed technology, which have fungi and bacteria inthe water, particularly microorganisms such as Legionella and Pseudomonas can be eliminated radically during flow and recirculating. Water can be disinfected even the water with high turbidity and minimum energy consumption with patented technology by using UV light and ultrasonic systems without using any chemical substances.
Water is the most effective method still, when it comes to the subject cleanliness. The washing of vehicles in the automotive industry need to focus on the quality of water is one of the most sensitive point. All pipeline systems of the car washing units provide a natural habitat for unwanted microorganisms. Various water treatment methods (such as ozone, heating etc.) for eliminate of unwanted microorganisms were tested, unfortunately the water could not purified from these microorganisms according to research studies.
Provide and maintain the required hygiene standards consists of a very complex and expensive process. Different processes applied to the flushing water is decontaminated from the particles and oil residue, even though it is difficult to obtain reliable and hygienic water.
In the future, the hygiene norms of prevention against the health hazards will be increased for employees and operating personnels. According to one of the currently existing norms ÖNORM B5107, which covers only Europe, contains the hygienic requirements and assessment criteria of process water for car washing systems.
Inolife AquaLight DW120 series disinfection system is designed customized solutions for our client on the basis of projects and has been proven its performance.
Inolife ensures best possible design according to customers specific needs. Recommended industries and applications are,
Inolife AquaLight Series Disinfection System is consisted of key components.
High Efficiency Amalgam Lamps: In our systems, high efficiency and low-pressure amalgam lamps are used. These lamps provide the dose and compact reactor design required for the system. Each lamp is placed into its own protective quartz glass covers, and cover holders are specially designed to be replaced easily upon expiry of UV lamps.
UV Reactor: Body made of 304L stainless steel was optimized to obtain optimal UV powder dispersion. 316 L stainless steel reactors can be also used on the basis of projects for special use areas in the industry. There are various body configurations with variable inlet/outlet diameters. Maximum pressure is 10 bar (145 psi).
Control Panel: Epoxy coated control panel is located on the reverse of the device. All UV functions (UV reactor, UV sensor) and automatic cleaning system are controlled through this panel. UV density and continuous monitoring of the lamps can be followed up through the monitor installed on the front of the device. Also, when the device exceeds alarm limits, it can be integrated with GSM module that sends SMS to a recipient.
Cleaning System; The system, which can be controlled through the front panel, can automatically activate depending upon the pollution of quartz glass and reduction of performance percentage of UV lamps and start to clean the system and also can be activated manually in case of need. The system starts the cleaning operation with the special solution in the cleaning tank on the time indicated according to the pollution ratio and returns to the disinfection process after completing the cleaning operation.
UV sensor: DVGW-approved UV sensors can make very precise measurements in line with our UV disinfection systems by monitoring the rays of low-pressure UV lamps.
Ultrasonic System: Operating frequency of ultrasonic transductor that is made of stainless steel material is adjusted to 40 kHz to prevent acoustic irregularity. The reason for choosing this frequency range is to assist with disinfection and to support system cleaning by ensuring high turbulence /mixing.
Model İsmi /Model Name /Modelltitel |
AquaTwelveLight DW 120-12i |
---|---|
Total System Weight |
600kg |
Dimensions |
|
Total Height (Including Monitor) (A) |
2333 mm |
System Width (B) |
1060 mm |
System Width (Including Valves) (C) |
1674 mm |
System Depth/ (D) |
1060 mm |
Liquid Feed Connection Height (E) |
474,5 mm |
Drainage Connection Heigh(F) |
888 mm |
Distance Between Connections (G) |
413,5 mm |
Electrical Properties |
|
Power Supply |
380 V AC 50 Hz |
Power Consumption |
1,8 KW |
Disinfection Unit |
|
Reactor Volume |
78 Liters |
Max. Operating Pressure |
6 bar |
Max. Test Pressure |
10 bar |
Flow Rate |
50-120 m3/hour |
Water Connection |
DN 120 |
Protection |
IP23 |
Safety Valve |
Actuator Butterfly Valve 120
|
UV- System |
|
Number of UV Lamps |
12 |
UV-C Wavelength |
254nm |
Output Voltage of UV Lamps
|
145/45 W UV-C |
Type of UV Lamps |
Low-Pressure Amalgam Lamps |
Lifetime Of the UV Lamps |
8000-12000 hours
|
Ultrasound System |
|
Ultrasonic Transducer |
1 |
Ultrasonic Generator |
1 |
Frequency |
40kHz |
Ultrasonic Power |
Max.Power 400W / Absorbtion: 1200W |
Additional Informations |
|
Max. Operating Temperature |
45°C |
Max. Ambient Temperature |
40°C |
Max.Hardness |
16°dH |