Firecracker Pollution Calculator and Simulation
Predict Firecracker Noise, PM2.5 and PM10 Air Pollution in India
Predict the potential noise and air pollution generated by firecrackers using EnviroChem's interactive environmental modelling tool. Developed with a focus on Indian conditions, the application estimates PM2.5 and PM10 particulate pollution and noise exposure associated with different firecracker types and quantities. Explore how weather, road width, building heights, and local environmental conditions can influence predicted pollution across a 2 km x 2 km assessment area.
Use the Firecracker Pollution Prediction Tool to compare scenarios and support environmental research, pollution awareness, and preliminary impact assessment.
Firecracker Pollution Calculator and Simulation
The tool considers six common categories of firecrackers used in India:
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Fuljhadi / Sparkler
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Anar / Fountain
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Sound Cracker
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Chakri / Spinner
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Rocket
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Multishot / Aerial Fireworks
Users can enter the quantity of each firecracker category to evaluate a combined firing scenario.
Air Pollution Prediction: PM2.5 and PM10
The model estimates the potential contribution of firecracker emissions to particulate pollution, focusing on:
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PM2.5: Fine airborne particulate matter with an aerodynamic diameter of 2.5 micrometres or less.
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PM10: Inhalable particulate matter with an aerodynamic diameter of 10 micrometres or less.
These estimates help users explore how different firecracker combinations, meteorological conditions, and surrounding structures may influence local air pollution.
Firecracker Noise Pollution Prediction
The tool also evaluates potential environmental noise impacts associated with firecracker burning. Noise predictions consider the selected firecracker categories and quantities, along with relevant propagation assumptions and surrounding site geometry. The results support preliminary noise-impact assessment, environmental education, and the comparison of different firing scenarios.
Location-Based Environmental Modelling
The interactive model is designed to consider relevant geographical and meteorological parameters, including:
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Geographical location and surrounding area
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Road width and neighbouring building heights
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Meteorological and atmospheric conditions
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Firecracker category and quantity
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Spatial distribution of estimated noise and particulate pollution
A satellite-based map interface supports spatial visualization across a 2,000 m x 2,000 m assessment area.
Applications of the Prediction Tool
The application is intended to support environmental research, pollution-awareness initiatives, academic studies, preliminary environmental impact assessments, and the evaluation of firecracker-related pollution scenarios during Diwali and other celebrations.
Scientific Scope and Limitations
The tool provides model-based estimates rather than measured pollution concentrations or certified acoustic measurements. Actual environmental impacts depend on the firecracker formulation, firing pattern, background air quality, weather, distance, local structures, and other site-specific factors.
Results should be considered preliminary estimates unless independently validated against field measurements.
Explore the Firecracker Noise and Air Pollution Prediction Tool to better understand potential environmental impacts and support informed pollution-management decisions.
Engineering Environment for Better Tomorrow
Frequently Asked Questions
What is the Firecracker Noise and Air Pollution Prediction Tool?
It is an interactive environmental modelling application developed by EnviroChem Services to estimate potential noise pollution and PM2.5 and PM10 particulate pollution associated with firecracker burning.
Can the tool predict Diwali air pollution?
The tool can estimate the potential particulate pollution contribution of selected firecracker combinations under specified environmental conditions. It is not a substitute for a complete citywide air-quality forecast.
Which firecrackers can be included in the simulation?
The tool supports sparklers, fountains, sound crackers, spinners, rockets, and multishot aerial fireworks, with quantities selected by the user.
How does weather affect firecracker pollution?
Wind conditions, atmospheric stability, and other meteorological factors can affect the dispersion and concentration of airborne pollutants. Model assumptions and available weather inputs determine how these effects are represented.
Can the tool predict noise levels near buildings?
The model considers selected site and building geometry when estimating environmental noise. The predicted levels are approximate and should be validated through acoustic measurements for engineering or regulatory applications.
Are the prediction results actual measurements?
No. They are model-generated estimates, not direct readings from certified pollution-monitoring or noise-measurement equipment.