The MOB-10 Ozone Water Systems are a portable ozone system on wheels. Simply connect water and electrical power for operation of this system. Great for use in surface sanitation applications such as food processing, wineries, breweries, and others. This unit has an 03 output of 10 g/hr at an oxygen flow rate of 7.5 SCFH.
-Portable easy to move system on rubber wheels with handles
-Well balanced machine is easy to roll and maneuver over/around objects
-Easily fits through standard 36" wide doors
-Requires only electrical power and water connections for operation
-Built-in air compressor
-Built-in ozone destruct unit to revert off-gassed ozone to oxygen internal to the machine
-Easy to work on and maintain
-All water system parts are separated from ozone/oxygen generating and control components
-Dissolved ozone into water efficiently and safely
-Ambient ozone safety sensor integrated in central controller
-Stainless steel piping is used for maximum ozone resistance
-Stainless steel ozone compatible pump
-Ozone produced from oxygen at high concentration
-Great mass transfer of ozone into the water
-Capable of high dissolved ozone levels
|Max Water flow-rate:
|Ozone Dosage Rates:
8.82 ppm @ 5 GPM
4.41 ppm @ 10 GPM
2.94 ppm @ 15 GPM
|Nominal oxygen concentration:
|93% (+/- 3%)
|1.5" Sanitary (tri-clamp), 1" Female NPT available
|Electrical power requirements:
|120 VAC, 20 amps (standard system, options may increase this value)
|30" wide x 50" deep x 36" tall
How it Works:
Ozone is produced via corona discharge with a high concentration Ozone Generator. Ozone is produced from oxygen that is provided with the integrated oxygen concentrator. Ozone and oxygen are pulled through the ozone generator, and into the water with a Mazzei venturi. The Mazzei venturi pulls ozone into water via vacuum and mixes this ozone efficiently with water. Water pressure differential across the venturi is produced with a stainless steel Grundfos water pump.
Ozone is mixed with the water in our exclusive ozone contact chamber. The stainless steel ozone contact chamber is small but efficient. Eliminating the large water tank saves on space, and makes a more efficient ozone system. This ozone contact chamber will efficiently mix ozone gas with the water and provide excellent mass transfer of ozone gas with the water. All excess ozone will be off-gassed through the air vent on the top of the ozone contact chamber. Water will flow through the ozone contact chamber in a counter current flow of the ozone gas escaping from the tank. All process water must flow through this tank offering contact time with ozone and water and efficient mixing of ozone and water.
System diagram - external compressed air
The Mobile ozone water system can be equipped to use plant compressed air for operation, or use an internal oil-less air compressor. Using external compressed air will provide the system with better quality air and provide improved system reliability. However, using the internal compressor will be more convenient as compressed air connection from an air-line is not necessary.
The MOB Ozone Systems can be configured with a wide variety of optional accessories to custom tailor them to your specific application. For information about ozone systems for your application call our application engineers today for free consulting advice.
- Dissolved Ozone Monitor - will measure actual dissolved ozone levels in the water real time. The ozone system can be controlled to maintain a desired ozone level in the water, or alarms can be used to alert personnel when ozone levels are low.
- ORP Monitor - measures ORP (oxidation reduction potential) levels in the water real time. The ORP monitor can be used to ensure water treatment is effective and that the ozone system is functioning. While ORP is not a direct measurement of ozone in water it is a great tool to ensure the ozone system is providing the necessary water treatment.
- Water Pressure Switch - can be used to turn ozone system ON and OFF based on water usage as measured by the water pressure switch. User settable
- Internal Compressor Options - The Oxygen Concentrator on these systems requires compressed air for operation. This compressed air must be supplied by the customer from an external source with good clean, dry, compressed air. It is optional to include an internal compressor in the oxygen concentrator for convenience. The environment must be clean, and ambient air must be less than 85% humidity.