SERVICES — ENGINEERED WATER REMEDIATION
Turnkey Oxygenation Systems for Waterbodies That Can't Breathe.
Aquom designs, builds, and operates containerized remediation systems for canals, marinas, lagoons, and other low-flushing waterbodies affected by low dissolved oxygen, odor, and nutrient release — combining on-site oxygen generation, closed-loop dissolution, and live IoT monitoring in a single deployable platform.
≥93%
Oxygen Purity
40 Nm³/h
Oxygen Flow
4–6 bar
Oxygen Pressure
≤0.5h
To Full Production
WHAT WE DELIVER
Turnkey Remediation, Engineered
as a Service
Aquom provides complete remediation systems for canals, marinas, lagoons, and other low-flushing waterbodies — engineered, manufactured, deployed, and monitored as one continuous service rather than a one-off equipment sale.
01
On-Site Oxygen Generation
A containerized PSA plant produces high-purity oxygen on site, removing dependency on tanked gas logistics and supply delays.
02
Closed-Loop Oxygenation
High-efficiency dissolution inside rigid HDPE contact loops maximizes oxygen transfer before water ever leaves the system.
03
IoT Sonde Monitoring
Continuous telemetry and a live dashboard give you field performance visibility at all times, from any device.
04
Targeted Benthic Delivery
Oxygenated water is returned precisely to the depth where oxygen demand is highest — the canal floor and lakebed.
How It Works
A Two-Container Process
Architecture
Two containerized modules work in tandem — one generates oxygen, the other dissolves and delivers it — verified continuously by online sondes and dashboard controls.
01
Phase 1 / Generation
40-Foot Oxygen-Generation Container
A PSA package produces oxygen on site and delivers it through a high-pressure line, reaching normal production in under 30 minutes.
02
Phase 2 / Dissolution
20-Foot HPC Container
The HPC pumps canal water, injects oxygen at the venturi point, and holds the mixture inside rigid HDPE contact loops for controlled dissolution time.
03
Phase 3 / Delivery & Verification
Benthic Return & Continuous Monitoring
Oxygenated water is returned to the lower water column through external distribution lines, while online sondes and dashboard controls verify field performance continuously.
THE HARDWARE
Two Modules, One Continuous
System
Built around the CPO93-40 platform, every deployment ships as two purpose-engineered containers.
40 FT — OXYGEN GENERATION
The Generation Module
Based on the CPO93-40 PSA package, this module is designed to produce oxygen on site for continuous field use.
Model
CPO93-40
Oxygen purity
≥93%
Oxygen flow
40 Nm³/h
Oxygen pressure
4–6 bar
Time to normal production
≤0.5 h
Listed utility load
47.42 kW
20 FT — HPC CONTACTOR
The Hydraulic Core
The HPC container is the hydraulic core of the system. It includes the intake pump set, oxygen injection point, rigid HDPE looped contact pipes, and the outlet manifold for benthic return flow. This arrangement improves control over contact time, pipe support, pressure containment, and maintenance access.
- Intake pump skid
- Venturi injection point
- Serpentine HDPE contactor
- Benthic outlet manifold
VISIBILITY
Remediation You Can See, Measure, and Optimize
Aquom systems are supported by online water-quality monitoring and dashboard visibility. A typical deployment dashboard can include:
- Dissolved oxygen at multiple depths and zones
- ORP, pH, turbidity, conductivity, temperature, and depth
- Oxygen plant purity, pressure, flow, and alarm status
- HPC operating mode, pump status, and discharge conditions
- Treatment-zone versus reference-zone comparison
Dissolved Oxygen — Benthic
Oxygen Purity
93%
Nominal
HPC Status
Active
Pump 1 / Pump 2 running
Treatment vs Reference
+4.3 mg/L
Zone delta, 24h avg
WHERE WE DEPLOY
Built for Low-Flushing Waterbodies
Aquom systems are engineered for environments where natural circulation alone can’t keep oxygen levels stable.
Urban
Urban Canals
Dense, low-circulation channels prone to algal blooms and toxic sediment build-up.
Marine
Marinas & Enclosed Basins
High-traffic vessel basins where stagnant water accelerates organic and odor build-up.
Retention
Lagoons & Retention Waterbodies
Engineered basins that need consistent oxygenation to remain biologically stable.
Commercial
Commercial Waterways
Low-circulation channels serving ports, developments, and mixed-use waterfronts.
Targeted
Benthic Oxygen-Deficient Zones
Subsurface dead zones requiring direct, targeted intervention at depth.
WHY OPERATORS CHOOSE AQUOM
Engineered for Continuous
Operation
On-Site Generation
No tanked gas logistics. Oxygen is produced on site, on demand.
Fast Commissioning
Reaches normal production in under 30 minutes from start-up.
Full Field Verification
Online sondes and dashboard controls confirm performance continuously.
Modular Deployment
Two containerized modules ship, install, and scale as one system.
FAQ
Common Questions
How quickly can the system reach full operation?
The oxygen-generation module reaches normal production in 0.5 hours or less from start-up, so field operations can begin treatment quickly after deployment.
What oxygen purity does the system generate?
The CPO93-40 PSA package generates oxygen at ≥93% purity, delivered at 40 Nm³/h and 4–6 bar pressure.
Does Aquom require external oxygen supply or tanked gas?
No. Oxygen is generated entirely on site inside the 40-foot container, removing dependency on tanked gas logistics and supply delays.
What types of waterbodies is this system suitable for?
Aquom systems are suitable for urban canals, marinas and enclosed basins, lagoons and retention waterbodies, commercial waterways with low circulation, and benthic oxygen-deficient zones requiring targeted intervention.
How is performance verified after installation?
Online sondes and a live dashboard track dissolved oxygen, ORP, pH, turbidity, conductivity, temperature, depth, plant status, and treatment-zone versus reference-zone comparisons continuously.
What do the two containers each do?
The 40-foot container generates oxygen on site. The 20-foot HPC container pumps water, injects oxygen, holds the mixture in rigid HDPE contact loops for controlled dissolution, then returns it to the benthic layer.