PHYSICS-BASED ENVIRONMENTAL INTELLIGENCE

Know Where Your Dust Goes –Before the Regulator Does

The only continuous monitoring system built for complex industrial sites.

The Business Case

What This Means for Your Bottom Line

20–40%
Lower Suppression Costs
Stop spraying everywhere. Target the actual problem areas identified by 3D simulation and cut dust control spend significantly.
3%
Turnover at Risk
IED 2.0 fines for serious breaches reach 3% of EU-wide annual turnover. Continuous monitoring builds a defensible compliance record before regulators ask.
30%+
Water Savings
Targeted suppression means less water wasted on areas that don't need it. Operators using data-driven dust control report over 30% reduction in water use.

Real CFD Simulation at a Production Steel Plant

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Why CFD

Beyond Gaussian – Full 3D Physics

Gaussian models like AERMOD and CALPUFF assume flat, open terrain. Industrial sites aren't flat or open.

Gaussian Models

  • Assume open, flat terrain – accuracy drops around buildings, stockpiles, and complex site geometry
  • Statistical approximation of plume spread, not true 3D airflow simulation
  • Typically a one-off consultant study – a static PDF, not a live operational tool
  • Cannot account for turbulence, wake effects, or channeling between structures

WasteLocker CFD

  • Full 3D physics around every building, stockpile, and structure – models real airflow, not assumptions
  • Resolves turbulence and wake effects that Gaussian models miss on complex industrial sites
  • Runs continuously – live dispersion monitoring, not a report that's outdated before delivery
  • Pairs simulation with video evidence to pinpoint root causes and prove compliance
Continuous Monitoring

Always-On Compliance – Not a One-Off Study

Unlike traditional CFD consultancies that deliver a static report, WasteLocker runs continuously on your site – detecting, modeling, and alerting in real time.

1

Connect Your Site

Deploy cameras, PM sensors, or integrate your existing monitoring infrastructure. Live meteorological and emission data flows into your 3D digital twin automatically.

2

Live CFD Dispersion

The physics engine runs continuously – simulating how particulates disperse across your facility in real time as wind, operations, and conditions change. Not a snapshot, a live feed.

3

Act, Prove & Optimise

Get real-time alerts when PM2.5/PM10 thresholds are at risk. Build a continuous compliance record for regulators and reduce suppression costs by 20–40% through targeted interventions.

Sector Expertise

Built for Industrial Operations

WasteLocker is deployed across hard-to-regulate industries where standard models fail.

Steel & Smelting

Stockpiles, slag handling, raw material yards

Cement & Bulk Materials

Crushers, conveyors, transfer points, kilns

Quarries & Aggregates

Extraction, screening, unpaved haul roads

Mining Operations

Processing plants, tailings, ore handling

Same Platform, Broader Applications

Beyond Dust – Where Else Our Models Work

The continous CFD engine that models dust dispersion works for any airborne substance. Add sensors, get answers.

Available Now

Odour & Smellscape Mapping

Model how odour plumes travel from waste treatment, rendering, or chemical plants. Map nuisance zones in 3D and prove compliance with odour regulations – or identify the source when neighbours complain.

Available Now

Urban Air Quality

Model pollutant dispersion at city scale – traffic emissions, construction dust, industrial neighbours. Used by municipalities and developers for environmental impact assessments and urban planning.

Sensor Integration

Gas & Fume Monitoring

Connect IoT gas detectors for SO2, NOX, VOCs, or H2S. The same CFD engine models gas-phase dispersion with the same 3D accuracy — extending your compliance coverage to IED 2.0's full pollutant scope.

See Your Facility Modeled in 3D

15-minute video call. We show you the live system and discuss how CFD simulation applies to your site.