ScottHarrington

SCOTT HARRINGTON
Atmospheric Forensic Scientist | Architect of Pollution Intelligence Systems

I engineer urban-scale air quality decoders that transform invisible pollutants into actionable health defenses—merging hyperspectral satellite data with AI-powered sensor grids to track PM2.5/O₃/Nox movement at street-level resolution while predicting exposure risks 72 hours in advance.

Core Innovations

1. Pollution Source Hunting

  • "Chemical Fingerprinting" distinguishing diesel vs industrial particulates via metal tracers

  • 4D Plume Modeling reconstructing illegal nighttime emissions from daytime dispersion patterns

2. Health Impact Prediction

  • Asthma Attack Risk Index correlating ozone spikes with ER admissions

  • Cognitive Decline Alerts mapping long-term PM2.5 exposure to school performance

3. Smart City Solutions

  • Dynamic Traffic Zoning rerouting vehicles based on real-time air stagnation forecasts

  • Industrial Emission Chess optimizing factory schedules around ventilation corridors

Industry Impact

  • 2025 World Health Organization Air Quality Pioneer

  • Identified 1,200+ hidden pollution sources across 18 megacities

  • Lead Scientist for NASA's TEMPO Ground Truth Program

"True air analysis doesn't just measure pollution—it traces every lethal molecule back to its source."
📅 Today is Friday, April 11, 2025 (3/14 Lunar Calendar) – Northeast US ozone precursor buildup detected.
🌫️ [Live Pollution Forensics] | 🚦 [City API] | 📊 [Health White Papers]

Technical Distinctions

  • Proprietary "ToxinTracer" source attribution AI

  • Mobile labs with quantum cascade lasers

  • Blockchain-secured emission evidence

Available for environmental agencies, urban planners, and public health organizations.

Specialized Solutions

  • Wildfire Smoke Health Cost Calculator

  • Port Emission Fraud Detection

  • School Ventilation Optimization

Need custom pollution fingerprints or regulation-evasion forensics? Let's clear the air.

A factory or industrial facility with multiple large chimneys emitting thick plumes of smoke against a cloudy sky. The smoke is creating a dense, hazy atmosphere and suggests heavy pollution. The scene is set during either early morning or late evening, indicated by the low light.
A factory or industrial facility with multiple large chimneys emitting thick plumes of smoke against a cloudy sky. The smoke is creating a dense, hazy atmosphere and suggests heavy pollution. The scene is set during either early morning or late evening, indicated by the low light.
Data Integration

Linking sources with air quality measurements for accuracy.

A large industrial facility is situated near the center of the image, featuring multiple structures with red and white smokestacks. A calm body of water in the foreground reflects the buildings and chimneys. The sky is clear and blue, indicating good weather. Surrounding the facility, there is barren land with some rocks and a green tarp spread across a section near the water.
A large industrial facility is situated near the center of the image, featuring multiple structures with red and white smokestacks. A calm body of water in the foreground reflects the buildings and chimneys. The sky is clear and blue, indicating good weather. Surrounding the facility, there is barren land with some rocks and a green tarp spread across a section near the water.
AI Validation

Comparing AI analysis with traditional monitoring methods effectively.

An industrial facility with large chimneys releasing smoke into the sky, surrounded by tall structures and machinery. The night setting creates a stark contrast between the lit smoke plumes and the dark sky. Vegetation in the foreground appears somewhat blurred, possibly due to motion or exposure settings.
An industrial facility with large chimneys releasing smoke into the sky, surrounded by tall structures and machinery. The night setting creates a stark contrast between the lit smoke plumes and the dark sky. Vegetation in the foreground appears somewhat blurred, possibly due to motion or exposure settings.
A gas station with the logo 'IndianOil' appears amid an intense yellow-orange haze, likely caused by a sandstorm or heavy pollution. The sky and surroundings are enveloped in this thick hue, significantly reducing visibility. The gas pumps are visible under the shelter, and there's a building in the background with a solar panel on its roof.
A gas station with the logo 'IndianOil' appears amid an intense yellow-orange haze, likely caused by a sandstorm or heavy pollution. The sky and surroundings are enveloped in this thick hue, significantly reducing visibility. The gas pumps are visible under the shelter, and there's a building in the background with a solar panel on its roof.
Framework Development

Specialized frameworks for pollutant analysis and modeling.

Comprehensive Database

Database linking pollution sources with air quality measurements.

Analysis

Comprehensive pollution assessment and prediction solutions.

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