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Atmospheric Studies

Basic Package

450K.D.
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Description

Analysis of key physical atmospheric parameters:
Particulate Matter (PM2.5/PM10),
Temperature, Humidity, Wind Speed & Direction,
Atmospheric Pressure.

Deliverables

Statistical report of temporal & spatial variations
Charts showing pollution trends & direction
Comparison with local & international standards

Advanced Package

850K.D.
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Description

Expanded analysis of chemical pollutants:
NO₂, SO₂, O₃, CO,
And Volatile Organic Compounds (VOCs).

Deliverables

Detailed concentration tables
Correlation analysis between gases & environmental factors
Compliance evaluation vs. regulatory limits
Technical recommendations for air quality enhancement

Specialized Package

1250K.D.
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Description

Analysis of hazardous airborne contaminants:
Airborne heavy metals, dioxins,
Carcinogenic compounds,
Industrial & vehicular emissions.

Deliverables

GIS spatial distribution maps & heatmaps
Source apportionment & pollution origin identification
Risk matrices & high-risk zone identification
Regulatory & strategic mitigation recommendations

Complete Package

1800K.D.
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Description

Full-spectrum atmospheric assessment
Including all physical & chemical parameters
With advanced predictive modeling.

Deliverables

Comprehensive Air Quality Index (AQI)
Interactive monitoring dashboard
Multivariate statistical analysis (PCA / Cluster)
Strategic long-term recommendations
Expert advisory support

Statistical analysis of the air sector relies on collecting data on pollutants such as fine particles, nitrogen oxides, sulfur oxides, and carbon monoxide. Techniques like distribution analysis, linear regression, and factor analysis are employed to study the impact of factors affecting air quality. Correlation analysis is used to measure the effects of air pollution on public health. This analysis provides accurate data to support effective environmental decision-making.

 

Random Sample Data