CRYSTAL QUEST Oxiorg Water Oxidation Ozone System Instructions
- June 9, 2024
- CRYSTAL QUEST
Table of Contents
Oxiorg Water Oxidation Ozone System
Instructions Manual
INSTALLATION
Venturi Injectors
A venturi injector is a very common method of ozone injection in industrial
applications. A venturi injector combines a method for ozone injection, and
provides good mass transfer efficiency in one device. A venturi injector
requires a pressure differential across the device to create a vacuum to pull
ozone gas into the device. Then, using mixing vanes, the gas is thoroughly
mixed with the water. A venturi injector creates very small bubbles desired
for great mass transfer and a violent mixing action to dissolve gas into
water. Using a venturi injector alone may achieve mass transfer rates of 90%.
Water Pressures
For a venturi injector to work properly, there must be a pressure differential
between the inlet and outlet of the device. It is then important that the
outlet of the venturi injector is not obstructed or impeded in any way. We
suggest placing pressure gauges directly at the inlet and outlet of the
venturi injector. This will help with troubleshooting and determine the
effectiveness of the device.
Water Back-Flow Prevention
When using a venturi injector it is necessary to use a device to ensure water
cannot backflow from the venturi injector to the ozone generator. There are
many devices used for this task: check valves, water traps and shut-off valves
are all used. The best success using a quality water trap in conjunction with
a check valve to prevent all water back-flow.
