AQUAIOT for ATEX and fuel sites. Continuous level monitoring without entering the hazardous zone.
Speak to an engineer
ATEX Zone 1 & 2
Non-Contact Radar
Encrypted Telemetry
UK Deployed
Liquid and fluid monitoring for
hazardous environments
Continuous level sensing for flammable liquids, fuels, and process fluids on petrochemical plants, fuel storage depots, and ATEX-classified sites. Real-time visibility without anyone entering the zone.
ATEX Zone 1
Monitoring active. Tank level, telemetry, and alerts updated in real time.
The challenge on hazardous sites
Reactive monitoring on ATEX infrastructure carries real operational and safety risk
Manual dipping in classified zones
Physical tank gauging puts personnel in or near ATEX Zone 1 and Zone 2 areas for every routine reading.
No real-time overfill visibility
Without continuous level data, overfill events can escalate undetected until a spill or incident occurs.
Late detection of leaks and failures
Bund breaches, drainage issues, and pipe failures are discovered after the fact, not before damage spreads.
Fragmented compliance records
Disconnected paper logs and spreadsheets make audit trails slow to produce and difficult to defend.
AQUAIOT gives your team continuous remote visibility of liquid levels, flammable fluid inventory, and drainage assets, without anyone entering the zone for a routine check.
AQUAIOT Radar Level Monitoring
Continuous level measurement. Zero intrusion into the vessel.
The AQUAIOT radar sensor mounts above the tank hatch opening and transmits microwave pulses downward to measure liquid level continuously. No components contact the stored media. Data transmits via encrypted 4G or LoRaWAN to your cloud dashboard, with alerts configured to your thresholds.
Real-time continuous readings
Level data streamed live to cloud dashboards. Threshold alerts sent via SMS, email, or app when levels breach configured limits.
Encrypted cellular telemetry
4G or LoRaWAN transmission with encrypted payloads. Gateway installed in the safe area, outside the classified zone boundary.
Cloud dashboard and audit trail
Role-based dashboards, trendlines, alerts, exports, and compliance records. API integration with SCADA, DCS, AIMS, and CAFM.
Level Monitoring
Leak Detection
Flow Metering
Cloud Dashboards
View the AQUAIOT Radar
What AQUAIOT monitors
Monitoring across your full liquid and fluid infrastructure
From flammable liquid level sensing and bund monitoring to process fluid quality and pipe flow, AQUAIOT covers the complete scope of liquid-related monitoring on industrial and fuel sites.
Level monitoring and overfill alerting
Non-contact radar level sensing for fuel tanks, chemical storage vessels, bunds, sumps, and drainage assets. Automated threshold alerts before critical levels are reached.
- Continuous liquid level readings across tanks and bunds without manual dipping
- Overfill and low-level threshold alerts via SMS, email, and app
- Flood risk alerting for drainage channels and surface water
Leak detection and pipe monitoring
Early detection of liquid ingress, bund breaches, and pipe anomalies across plant infrastructure. Real-time alerts before damage escalates.
- Moisture sensing and flow anomaly detection on live pipework
- Automated escalation alerts and optional isolation valve triggering
- Covers plant rooms, pipe runs, bunded areas, and drainage channels
Flow metering and fluid quality
Non-invasive clamp-on flow metering for live pipework with no pipe cutting. Process fluid and effluent quality monitoring for operational compliance and visibility.
- Clamp-on ultrasonic flow meters, DN8 to DN100, no system shutdown
- Night-flow profiling for leak detection evidence and fluid balance reporting
- Fluid quality parameters including pH, turbidity, conductivity, and dissolved solids
Why AQUAIOT
Engineering-led monitoring for demanding industrial environments
AQUAIOT combines connected monitoring hardware, secure telemetry, cloud dashboards, and practical UK engineering support. Every deployment is scoped, installed, and validated by our own team, not handed off to a third party.
Discuss your siteRetrofit-friendly
External installation on existing tanks and pipework. No hot-work permits, pipe penetration, or production shutdown required.
Encrypted telemetry
4G and LoRaWAN with end-to-end encryption. Over-the-air configuration and remote firmware management from the safe area.
Open integration
RS485/Modbus on-site plus cloud APIs for SCADA, DCS, AIMS, and CAFM. No proprietary lock-in.
UK engineering support
From site survey through installation, dashboards, and training. UK-based team throughout, no outsourcing.
Audit-ready records
Role-based dashboards, exportable compliance logs, trendlines, and incident records for regulatory audit support.
Rapid deployment
Most sites go from first contact to live dashboards in two to four weeks. Multi-asset rollouts phased to operations.
Trusted by organisations across the UK
24/7
Continuous monitoring, replacing manual inspection rounds
0
Components in contact with the stored media during normal operation
End-to-end
Survey, installation, dashboards, alerts, training, and ongoing support
Frequently asked questions
Questions we get asked most
Can AQUAIOT radar sensors be used on ATEX-classified tanks?
AQUAIOT radar sensors mount above the tank opening in a non-contact configuration. The sensor does not touch the liquid or vapour space inside the vessel, reducing the risk profile for installation on ATEX Zone 1 and Zone 2 classified infrastructure. Our engineers assess each site individually to confirm suitability.
Does the sensor need to enter the tank or contact the fuel?
No. AQUAIOT uses non-contact radar measurement. The sensor is mounted above the hatch opening and transmits microwave pulses downward to measure liquid level. There are no components in contact with the stored liquid or vapour at any point during normal operation.
How does telemetry work on fuel storage and petrochemical sites?
Data is transmitted via encrypted 4G cellular or LoRaWAN to the AQUAIOT cloud platform. The gateway is installed in a safe area outside the hazardous zone. All payloads are encrypted end-to-end with over-the-air configuration and firmware management.
Can the monitoring system integrate with our existing SCADA or DCS?
Yes. AQUAIOT supports RS485/Modbus for direct on-site integration, plus cloud API connections for SCADA, DCS, AIMS, CAFM, and third-party analytics platforms. Integration scope is confirmed at the site survey stage.
What engineering support does AQUAIOT provide for industrial sites?
AQUAIOT provides end-to-end delivery including site survey, installation, commissioning, cloud dashboard setup, alert configuration, training, and ongoing engineering support. Most sites go from first contact to live dashboards in two to four weeks.
Get started
Discuss your site with an AQUAIOT engineer
Tell us about your site, your monitoring challenges, or the assets you need to cover. Our engineers will respond to qualify scope and next steps, typically within one business day.
- Non-contact measurement. No intrusion. No ignition risk.
- Site survey included to confirm suitability before any commitment.
- UK-based engineering team. End-to-end delivery from first call to live dashboards.
- Open integration with SCADA, DCS, and site management systems.
Request an engineering consultation
No obligation. Typically responded to within one business day.