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

▶
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  • Runs continuously – live dispersion monitoring, not a report that's outdated before delivery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.