Ozone Sparge System Rentals

Use Cases & Applications

• Groundwater Remediation: The Ozone Sparge system is highly effective for treating contaminated groundwater, particularly in sites polluted with organic compounds. Ozone rapidly oxidizes these contaminants, breaking them down into less harmful substances and enhancing the overall quality of groundwater.
• Soil Remediation: This system is also used for in-situ soil treatment, where ozone is injected directly into the contaminated soil to oxidize pollutants. It’s especially useful for sites contaminated with petroleum hydrocarbons, solvents, and pesticides, facilitating safe site redevelopment or land use.
• Industrial Wastewater Treatment: Ozone Sparge systems can be applied in industrial settings to treat process wastewater, effectively removing organic contaminants, color, and odors. This treatment allows for the reuse of water in industrial processes, contributing to sustainable water management practices.
• Enhanced Oxidation for Environmental Cleanup: In environmental cleanup projects, ozone sparging accelerates the oxidation of pollutants, offering a rapid and effective method to reduce contamination levels in both soil and groundwater, ensuring compliance with environmental standards.

Available in the Following Specifications

• 2.74 to 43.8 lbs/day, up to 6% concentration by weight
• PSA oxygen concentrator delivers 90% purity
• Ozone delivery pump features all ozone-resistant components
• Maximum ozone sparge pressure of 50 PSI
• Maximum air/breakthrough sparge pressure of 90 PSI
• Automatic regression from ozone to air/breakthrough mode upon high pressure detection
• Also available in both container or mobile (trailer) units

Features

• Intelo-zone® Control Technology
• 10, 20, 30 or 40 port manifolds available (XX in model number denotes the amount of sparge valves)
• Programmable Logic Controller (PLC) with Human Machine Interface (HMI)
• User selection for ozone, ozone/air, oxygen, oxygen/air or air per sparge port
• Delivery flow and pressure displayed and logged via PLC, viewable from HMI
• Automated maintenance notifications
• Standard Safety Features
• Ambient ozone alarm/shutdown sensor
• High pressure alarm/shutdown
• Built-in thermal protection, high/low temperature alarms
• Sensor failure alarm
• Remote shutdown interface signal
• Remote ozone sensor connections

Intelo-zone® Control Technology

• Independent time duration control for each sparge port (programmable from 1 to 120 minutes)
• Independent time accumulators for tracking ozone vs. oxygen vs. air / breakthrough time per valve
• User configurable valve sparge sequence ordering
• Variable ozone output can be individually configured for each valve
• Lag time between sparge cycles (programmable from 1 to 480 minutes)
• Suspend mode for planned nonoperational periods
• Online monitoring options available PH, ORP, DO, DO3, etc.