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UK Smart Water Monitoring · Quarries & Mines

IoT Water Monitoring
Built for Quarries
& Mines

Water monitoring for quarries and mines that stands up to the site: retrofit-first sensing for pit dewatering, settlement lagoons, and discharge points. Built for remote, off-grid sites and harsh conditions, so you get fewer pollution incidents, cleaner discharge evidence, and real control over the water crossing your site.

Talk to an engineer  → See the monitoring stack
🇬🇧 UK-based team 📡 LoRaWAN, Cellular & NB-IoT 🔋 Off-grid & remote sites 🔧 Retrofit-first deployment 🪨 Built for quarry conditions
0
Pipe cuts or shutdowns for clamp-on flow on dewatering mains
±2mm
Radar level accuracy on lagoons, sumps, and silt ponds
24/7
Continuous discharge and level monitoring with real-time alerts

The challenge quarries and mines face

🚨
The problem

Reactive & exposed

Lagoon overtopping, silty discharge, and pump failures found too late, after a pollution incident, an Environment Agency breach, or an emergency tanker call-out.

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📡
AQUAIOT approach

Connected & off-grid ready

Deploy IoT sensors across pit sumps, lagoons, discharge points, and pump mains, with low-power telemetry built for remote sites and no disruption to extraction.

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✅
The outcome

Proactive & compliant

Fewer pollution incidents, cleaner discharge, faster response, and audit-ready evidence you can stand behind for the Environment Agency, insurers, and operations teams alike.

Quarry & mine monitoring stack

Water monitoring for quarries and mines,
in four core solutions

Water monitoring at a quarry only works when it is retrofit-first and off-grid ready, tough enough for silt, dust, and vibration, and built around outcomes, cleaner discharge, fewer incidents, and audit-ready evidence.

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Dewatering & Level

Pit Dewatering & Lagoon Level

Non-contact radar level on pit sumps, settlement lagoons, silt ponds, and tailings. Continuous visibility that ends unsafe manual dipping and warns of overtopping before it happens.
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Discharge & Consent

Discharge Water Quality

Continuous turbidity, suspended solids, and pH at your outfall, with threshold alarms and audit-ready records. Evidence for discharge permits and early warning before a consent breach.
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Flow & Volumes

Dewatering & Discharge Flow

Clamp-on ultrasonic metering on dewatering and discharge mains. No cutting, no draining. Abstraction and discharge volume records, pump performance, and dashboard alarms.
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Containment & Pollution

Bunds, Interceptors & Leaks

Level and leak sensing on hydrocarbon interceptors, fuel and oil bunds, workshops, and welfare blocks. Catch surcharge and spills before they reach ground or watercourse.
AQUAIOT radar level sensor monitoring a quarry settlement lagoon and pit dewatering sump
Pit Dewatering & Lagoon Level
Dewatering & Overtopping Prevention

Radar level on pit sumps, settlement lagoons, silt ponds & tailings

Overtopping a settlement lagoon or losing a dewatering pump can become a pollution incident within the hour. AQUAIOT's non-contact radar level replaces unsafe manual dipping with continuous visibility, and warns your team the moment a level climbs toward its trigger point.

Live level alert feed
CRITICAL Settlement lagoon 2 high level, overtopping risk · escalated to site duty manager
WARNING Pit sump rising after rainfall · dewatering pump run requested
CLEAR Silt pond 1 within range · last reading 9 min ago
  • ✓
    Pit sump and dewatering level monitoring to protect pumps and keep the floor working
  • ✓
    Settlement lagoon and silt pond levels with early overtopping and surcharge warnings
  • ✓
    Non-contact measurement that shrugs off silt, foam, dust, and vibration
  • ✓
    ATEX-rated options for gas-risk and classified areas at underground and mine sites
Radar level details
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Continuous discharge water quality monitoring measuring turbidity, suspended solids and pH at a quarry outfall
Discharge Water Quality
Discharge Consent & Evidence

Prove your discharge is within consent, around the clock

Spot samples only tell you about the moment the bottle was filled. AQUAIOT monitors turbidity, suspended solids, and pH continuously at your outfall, alarms before a consent limit is reached, and keeps the audit-ready record the Environment Agency expects to see.

Parameters Turbidity · Suspended solids · pH
Records Audit-ready · Exportable
Connectivity LoRaWAN / Cellular / NB-IoT
Turbidity — Outfall
Within limit
Suspended solids
Rising
  • ✓
    Continuous turbidity and suspended solids at settlement lagoon outfalls and discharge points
  • ✓
    pH and conductivity monitoring where mineral washing or process water needs watching
  • ✓
    Threshold alarms that fire before a consent breach, not after the sample comes back
  • ✓
    Exportable records and API integration for permit evidence and internal reporting
Water quality details
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AQUAIOT clamp-on ultrasonic flow meter measuring quarry dewatering and discharge volumes on live pipework
Dewatering & Discharge Flow
Abstraction & Discharge Volumes

Measure dewatering and discharge volumes without cutting a pipe

Abstraction and discharge licences need numbers you can defend, and dewatering pumps are expensive to run blind. AQUAIOT's clamp-on ultrasonic meters strap onto live pump mains in hours, logging volumes, flagging pump underperformance, and feeding it all to the dashboard.

Pipe range DN8 – DN100 & larger
Installation No cutting · No draining · Live main
Outputs RS-485 Modbus · 4–20 mA · Pulse
Discharge main
2.4 m/s
Pump baseline
Normal
  • ✓
    Volume records on dewatering, discharge, and abstraction mains for licence reporting
  • ✓
    Pump performance and abnormal-flow diagnostics to catch failures and blockages early
  • ✓
    Flow visibility across wheel wash, wash plant, and dust suppression water use
  • ✓
    IoT-ready with dashboard integration, threshold alerts, and API reporting
Flow monitoring details
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AQUAIOT leak detection sensor protecting a fuel bund and hydrocarbon interceptor at a quarry workshop
Bunds, Interceptors & Leaks
Containment & Pollution Prevention

Catch spills and surcharge before they reach the ground

A surcharged hydrocarbon interceptor or a failed fuel bund is a reportable pollution event waiting to happen. AQUAIOT adds level and leak sensing to the containment assets that usually get checked by eye, with alerts routed straight to the people who can act.

  • ✓
    Hydrocarbon interceptor level and surcharge alerts before oily water reaches a watercourse
  • ✓
    Fuel and oil bund monitoring for containment assurance and early spill warning
  • ✓
    Leak and moisture sensing in workshops, pump houses, and welfare blocks
  • ✓
    SMS, email, and app alerts with role-based routing, escalation, and evidence logs
Leak detection details
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End-to-end delivery

What makes this quarry-grade

Devices alone do not survive a quarry. AQUAIOT delivers planning, commissioning, connectivity, platform, and ongoing engineering support, so monitoring keeps working through dust, silt, and remote-site conditions, and scales as the site develops.

01

Site assessment

Engineering review of your lagoons, sumps, discharge points, pump mains, and connectivity, before any hardware is specified.

02

Retrofit installation

Hardware fitted on live systems with minimal disruption. No pipe cutting, no dewatering shutdowns, installed while the site keeps working.

03

Platform & alerts

Single cloud platform for every sensor, alert, and evidence export. Low-power LoRaWAN, cellular, or NB-IoT telemetry with off-grid power for remote assets.

04

Integration & support

Open integration with existing SCADA, telemetry, and reporting systems. Ongoing engineering and technical support from a UK-based team.

Water monitoring at a quarry or mine is ultimately about staying clean and staying open, fewer pollution incidents, discharge you can prove is within consent, and control over the water moving across your site.

AQUAIOT brings pit and lagoon level, discharge water quality, non-invasive flow, and bund and interceptor protection into one deployable stack that installs on live sites, runs off-grid, and scales from a single lagoon to a multi-site operation.

Discuss your site → Email the team

Frequently asked questions

Questions we get asked most

Can water monitoring be installed at a working quarry or mine without disrupting operations?

Yes. AQUAIOT deployments are retrofit-first. Clamp-on ultrasonic flow meters attach to the outside of existing pump mains with no cutting or draining, and radar level and water quality sensors install on live lagoons, sumps and discharge points. Low-power LoRaWAN, cellular and NB-IoT telemetry with off-grid power options suit remote extraction sites.

Can AQUAIOT provide monitoring evidence for Environment Agency discharge permits?

Yes. AQUAIOT provides continuous water quality monitoring for turbidity, suspended solids and pH at discharge points, with configurable threshold alarms and audit-ready, exportable records. This supports evidence for discharge permits and abstraction licences, and gives early warning before a consent limit is breached.

What quarry and mine assets can AQUAIOT monitor?

AQUAIOT monitors pit sumps and dewatering, settlement lagoons, silt ponds and tailings, discharge points and watercourse outfalls, dewatering and discharge pump mains, hydrocarbon interceptors and fuel bunds, plus wheel wash, dust suppression and welfare water systems. All data is consolidated into a single cloud dashboard with real-time alerts and exportable audit records.

Talk to an
AQUAIOT engineer

Whether you're chasing a discharge consent problem, scoping monitoring for a new phase, or trying to get eyes on remote lagoons and sumps, our engineers can help you find the right approach.

  • 🇬🇧
    UK-based engineering team, real engineers, not a contact centre
  • 🔧
    Retrofit-first, most deployments need no pipe cutting and no shutdowns
  • 🔋
    Off-grid ready, with ATEX options for gas-risk and classified mine areas
  • 📋
    Audit-ready evidence from day one, alarms, logs, and exportable reports
  • 🔗
    Open and interoperable, works with your existing SCADA and reporting

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