Air quality index of daily data So2,no2, and many more air components

1. IMAPACT OF INDUSTRY ON LOCAL
AIR QUALITY IN AZAMGARH
GROUP MEMBERS
1. VIVEK KUMAR GUPTA
2. POOJA SINGH
3. MAHESH PRATAP
4. PRAVEEN KUMAR MISHRA
SUPERVISOR: ASIF ANSARI SIR

2. S.No INDUSTRIES NAME DISTANCE(Km) REFERENCE
1. The Kisan SAHAKARI CHINNI Mill
Ltd. SATHIAON, AZAMGARH
15 AZAMGARH
2. ATIF SAHKARI CHINNI MILL Ltd.
GHOSI
47 AZAMGARH
3. The Kisan SAHAKARI CHINNI Mill
Ltd. BALIA ,RASARA
50 AZAMGARH
4. MS BRINDAVAN BOTTLERS ,BALIA AZAMGARH

3. Synopsis:
Introduction: The "Impact of Industry on Local Air Quality in
Azamgarh" project aims to comprehensively assess the influence
of industrial activities on the air quality in Azamgarh district, Uttar
Pradesh. This region has witnessed significant industrial growth in
recent years, raising concerns about its environmental impact,
especially regarding air pollution. This project seeks to investigate,
measure, and understand the relationship between industrial
operations and air quality parameters.

4. Objectives:
1.To establish a baseline of air quality in Azamgarh district, including the concentration of
key pollutants such as particulate matter (PM2.5 and PM10), sulfur dioxide (SO2),
nitrogen dioxide (NO2), carbon monoxide (CO), and ozone (O3)
2.To identify and map the locations and types of industries operating within Azamgarh
district.
3.To monitor and record emissions from these industries, including pollutants released
into the atmosphere.
4.To analyze historical air quality data and meteorological information to assess seasonal
variations and trends.
5.To quantify the impact of industrial emissions on local air quality through statistical
analysis and modeling.
6.To assess the potential health risks associated with air pollution in the vicinity of
industrial areas.

5. Methodology:
1.Air Quality Monitoring: Deploy a network of air quality monitoring stations across
Azamgarh district to continuously collect data on air quality parameters. Measure
pollutants at various distances from industrial zones and in residential areas.
2.Industrial Emission Inventory: Conduct surveys and gather data from industries to
compile an inventory of emissions. Categorize pollutants emitted and estimate their
quantities.
3.Meteorological Data Analysis: Analyze meteorological data to understand how
weather conditions influence air quality, including dispersion patterns of pollutants
4.Statistical Analysis: Perform statistical analyses to identify correlations between
industrial emissions and air quality parameters. Develop predictive models to estimate
air quality based on industrial activities and meteorological factors.
5.Health Impact Assessment: Collaborate with healthcare professionals to assess the
potential health impacts of air pollution on the local population, including respiratory
and cardiovascular risks.

6. Expected Outcomes:
1.A comprehensive dataset of air quality in Azamgarh district, including trends and variations.
2.Identification of industries contributing significantly to air pollution.
3.Insights into the seasonal patterns of air pollution and their correlation with industrial activities.
4. Recommendations for pollution control measures and policy interventions to improve air quality.
5.A better understanding of the health risks associated with air pollution in the region.
Conclusion:
The "Impact of Industry on Local Air Quality in Azamgarh" project seeks to provide valuable insights into the complex
relationship between industrialization and environmental quality. By quantifying the impact of industries on air quality
and public health, this research will contribute to informed decision-making for sustainable development and pollution
mitigation in the region.