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Ozone Generation & Wastewater

O₂ feed for ozone generators and aeration systems. Low-energy VPSA technology delivers 40% energy savings vs. liquid oxygen, with continuous on-demand supply.

O₂ VPSA

Why On-Site Oxygen?

Higher Ozone Yield

Feeding 90%+ O₂ to ozone generators produces 3–5× more ozone per kWh than air-fed systems. Lower capital cost for ozone generation equipment.

40% Energy Savings

O₂ microbubble aeration accelerates BOD/COD reduction by 60%. VPSA oxygen uses 40% less energy than conventional air blowers for activated sludge.

No LOX Deliveries

VPSA generates O₂ on-site from ambient air. Eliminates liquid oxygen delivery costs, cryogenic storage rental, and supply contract minimums.

Low Maintenance

VPSA technology has fewer moving parts than cryogenic plants. Automatic operation with remote monitoring. Annual maintenance only.

How It Works

1

Air Intake

Ambient air filtration

2

VPSA O₂

Zeolite adsorbs N₂, passes O₂

3

O₂ Buffer

Storage tank for consistent supply

4

Ozone Generation

O₂ → O₃ via corona discharge

5

Injection

Ozone bubbled into water

Technical Specifications

ParameterValue
O₂ Purity90% – 95%
Flow Rate5–500 Nm³/h
Ozone Output3–5× air-fed yield
Energy0.4–0.6 kWh/Nm³ O₂
VPSA Advantage40% vs. LOX energy
Payback12–20 months

Common Applications

Industrial Wastewater

Textile dye, pharma, food processing. Ozone breaks down hard-to-treat compounds.

Aquaculture

Fish farm oxygenation. Maintains DO >6 mg/L even in high-density systems.

Water Reuse

Tertiary treatment + ozone enables industrial water recycling.

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