An underwater node mounted near industrial infrastructure

Application / Industrial intakes

Early awareness of changing conditions around industrial intakes.

Aphotic can monitor intake approaches and screens for debris, biological activity, sediment, and flow changes before they interrupt operations.

Primary objectiveIdentify intake risks before they become outages
System configurationSeabed Argus nodes, with attachment available where useful
Operator outputCondition alerts, trends, and inspection evidence

Continuous observation at a difficult access point.

Intakes are affected by debris, marine growth, sediment, biological events, and changing flow conditions. Operators often discover a developing problem through process performance or after scheduling a manual inspection.

An Argus node can remain on the seabed near the approach and screen, or attach to the structure where that produces a better view. Cameras, acoustics, and environmental sensors feed local processing that identifies change and sends an alert with enough context to determine whether maintenance or a closer inspection is needed.

01

Debris detection

Observe debris accumulation and changes in approach conditions before a blockage affects plant performance.

02

Biofouling

Track visual and acoustic indicators of growth on screens, structures, and nearby surfaces.

03

Flow and sediment

Measure current, turbidity, and sediment behavior around the intake and relate changes to operating conditions.

04

Inspection support

Provide current imagery and event history so maintenance teams can plan work with better information.

System approach

Local processing turns a continuous camera and sensor feed into usable maintenance information.

The node can retain detailed data while transmitting concise measurements and change events through the available site connection.

Relevant systems

Select the Argus housing by depth and the sensor stack by mission.

Argus A, B, and X share a common seabed sensing, edge-processing, storage, power-management, and acoustic-communications architecture. Atlas services the deployed fleet, while Nexus provides the operating picture, planning, alerts, and tasking above it.