Trailer-mounted oxygen injection system manufactured by Matrix Environmental Technologies, designed for in-situ groundwater remediation and pilot-scale oxygen sparging applications.
This is a complete, self-contained system—ideal for environmental contractors, consultants, or remediation firms performing pilot studies or small-site cleanup.
Key Components:
. Kaeser SX 5 Rotary Screw Compressor
. Kaeser TA 5 Refrigeration Dryer mfd 07/2022
AirSep PSA Oxygen Generator Model ASA-(30) (~30 SCFH)
Integrated control panel
Trailer-mounted (towable, compact footprint)
Plumbed and configured for oxygen injection/sparging
for dissolved oxygen enhancement and aerobic bioremediation
Matrix Oxygen Injection System generates high-purity oxygen gas from compressed air, which is then pulse-injected into groundwater at controlled rates. This process achieves dissolved oxygen saturation levels exceeding 50 mg/L, significantly enhancing aerobic bioremediation. Notably, this method is safe for use beneath occupied buildings and in areas with vapor intrusion concerns. It is also effective in treating migrating groundwater plumes and potable water aquifers.
Trailer-mounted oxygen injection system manufactured by Matrix Environmental Technologies, designed for in-situ groundwater remediation and pilot-scale oxygen sparging applications.
This is a complete, self-contained system—ideal for environmental contractors, consultants, or remediation firms performing pilot studies or small-site cleanup.
Key Components:
. Kaeser SX 5 Rotary Screw Compressor
. Kaeser TA 5 Refrigeration Dryer mfd 07/2022
AirSep PSA Oxygen Generator Model ASA-(30) (~30 SCFH)
Integrated control panel
Trailer-mounted (towable, compact footprint)
Plumbed and configured for oxygen injection/sparging
for dissolved oxygen enhancement and aerobic bioremediation
Matrix Oxygen Injection System generates high-purity oxygen gas from compressed air, which is then pulse-injected into groundwater at controlled rates. This process achieves dissolved oxygen saturation levels exceeding 50 mg/L, significantly enhancing aerobic bioremediation. Notably, this method is safe for use beneath occupied buildings and in areas with vapor intrusion concerns. It is also effective in treating migrating groundwater plumes and potable water aquifers.
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