Scholarly record
ANALYSIS OF EXPLOSIVE ENVIRONMENTS THAT INTERRACTS WITH INDUSTRIAL VENTILATION SYSTEMS
Abstract
Anthropic activities involve the extraction of the transformation and use of natural resources. During the process of extraction at the surface or underground of useful minerals, particles or gases resulting from the natural rocking or release from the rock mass appear in the working environment. The process of transforming useful mineral substances is carried out on the surface in enclosed enclosures, involving the use of complex technological processes. During the course of these technological processes, explosive or toxic gases, dusts, mists, dusts or dusts may be released or may enter into the atmosphere. To protect workers from underground mining works, the particles or gases produced during the extraction process are discharged into the atmosphere. Noxes of industrial nature in enclosed spaces are discharged into the atmosphere for similar reasons of worker safety. In addition, other types of anthropogenic activities are being carried out to remove pollutants into the atmosphere. The first measure to ensure optimal microclimate conditions in enclosed spaces to protect workers is to provide good ventilation. Pollutant substances found in the atmosphere can migrate over long distances reaching industrial dwellings or enclosures with fresh air introduced naturally or mechanically through ventilation systems. As a result of the exposure of short or long-term workers to toxic or explosive hazardous substances, workers may suffer from acute poisoning or occupational disease. When workers are surprised, the case of fires or explosions generated by flammable or explosive substances, the morbidity is extremely high. This paper aims to analyze explosive environments interacting with industrial ventilation systems.
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References
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