Environmental Impact of Cremation in Tlalmanalco, State of Mexico

The environmental impact of combustion gas emissions during the cremation process in the municipality of Tlalmanalco, State of Mexico, was investigated.A TESTO 340 combustion analyzer was used over nine days to evaluate 30 cremation services.The average emission values obtained were 84.03 g/h for NO2, 7,050.9g/h for SO2, and 46,194.4 g/h for CO.Using this data, the dispersion of these pollutants was analyzed with HYSPLIT software and compared with air quality standards.Results showed that the gases dispersed effectively in the air within 1 h, ensuring no risk to the population.However, CO emissions exceeded the limit set by the NADF-017-AIRE-2017 standard for fixed sources, while NO2 emissions remained below the permissible limit.

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Publication Details

Journal
Journal of Environmental Science and Engineering - A
Published
2025-02-28
DOI
https://doi.org/10.17265/2162-5298/2025.02.003
Primary Topic
Healthcare and Environmental Waste Management
Type
article
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article

Environmental Impact of Cremation in Tlalmanalco, State of Mexico

Berenice Quintana-Díaz, Alfonso Espitia-Cabrera, Griselda González-Cardoso, Lorena Morelos-García
Journal of Environmental Science and Engineering - A
Healthcare and Environmental Waste Management
article

Environmental Impact of Cremation in Tlalmanalco, State of Mexico

Berenice Quintana-Díaz, Alfonso Espitia-Cabrera, Griselda González-Cardoso, Lorena Morelos-García
article en

Abstract

The environmental impact of combustion gas emissions during the cremation process in the municipality of Tlalmanalco, State of Mexico, was investigated.A TESTO 340 combustion analyzer was used over nine days to evaluate 30 cremation services.The average emission values obtained were 84.03 g/h for NO2, 7,050.9g/h for SO2, and 46,194.4 g/h for CO.Using this data, the dispersion of these pollutants was analyzed with HYSPLIT software and compared with air quality standards.Results showed that the gases dispersed effectively in the air within 1 h, ensuring no risk to the population.However, CO emissions exceeded the limit set by the NADF-017-AIRE-2017 standard for fixed sources, while NO2 emissions remained below the permissible limit.

Journal of Environmental Science and Engineering - AVol. 14(2)
Openalex Percentile: Top 94%
Healthcare and Environmental Waste Management
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