Author(s)

Ahmed El-Said Rady^1*, Mokhtar S. Beheary¹, Mossad El-Metwally², Ashraf A. Zahran³

¹Environmental Sciences Department, Faculty of Science, Port-Said University, Port Said, Egypt.
²Physics Department, Faculty of Science, Port-Said University, Port-Said, Egypt.
³Department of Evaluation of Natural Resources, Environmental Study Research Institute (ESRI), Sadat City University, Sadat City, Egypt.

This research study quantifies the PM₁₀ emission rates (g/s) from cement silos in 25 concrete batching facilities for both controlled and uncontrolled scenarios by applying the USEPA AP-42 guidelines step-by-step approach. The study focuses on evaluating the potential environmental impact of cement dust fugitive emissions from 176 cement silos located in 25 concrete batching facilities in the M35 Mussafah industrial area of Abu Dhabi, UAE. Emission factors are crucial for quantifying the PM₁₀ emission rates (g/s) that support developing source-specific emission estimates for areawide inventories to identify major sources of pollution that provide screening sources for compliance monitoring and air dispersion modeling. This requires data to be collected involves information on production, raw material usage, energy consumption, and process-related details, this was obtained using various methods, including field visits, surveys, and interviews with facility representatives to calculate emission rates accurately. Statistical analysis was conducted on cement consumption and emission rates for controlled and uncontrolled sources of the targeted facilities. The data shows that the average cement consumption among the facilities is approximately 88,160 (MT/yr), with a wide range of variation depending on the facility size and production rate. The emission rates from controlled sources have an average of 4.752E^-04 (g/s), while the rates from uncontrolled sources average 0.6716 (g/s). The analysis shows a significant statistical relationship (p < 0.05) and perfect positive correlation (r = 1) between cement consumption and emission rates, indicating that as cement consumption increases, emission rates tend to increase as well. Furthermore, comparing the emission rates from controlled and uncontrolled scenarios. The data showed a significant difference between the two scenarios, highlighting the effectiveness of control measures in reducing PM₁₀ emissions. The study’s findings provide insights into the impact of cement silo emissions on air quality and the importance of implementing control measures in concrete batching facilities. The comparative analysis contributes to understanding emission sources and supports the development of pollution control strategies in the Ready-Mix industry.

Emission Factors, Concrete Batching, Cement Dust, PM10, Fugitive Emissions, Silos, Environmental Impact, Air Quality, Ready-Mix, Industrial Facilities

Rady, A. , Beheary, M. , El-Metwally, M. and Zahran, A. (2023) Comparative Analysis of PM10 Emission Rates from Controlled and Uncontrolled Cement Silos in Concrete Batching Facilities. Open Journal of Air Pollution, 12, 67-77. doi: 10.4236/ojap.2023.122004.