Scholarly record

IMPLEMENTATION OF INDUSTRIAL VENTILATION SYSTEMS AND ANALYSIS OF THEIR EFFICIENCY -CASE STUDY-

Razvan Dragoescu, Adrian Matei, Alexandru Camarasescu, Emeric Chiuzan

Abstract

The role of ventilation systems is to ensure and maintain optimal microclimate conditions in industrial spaces, by controlling temperature, humidity, dust concentration and gaseous substances, within limits compatible with comfort and safety requirements. At the same time, these systems must respect permissible noise levels and air circulation speed, so as not to affect the well-being of users. In order to achieve the prescribed parameters of indoor air (temperature, pressure and humidity), it is previously subjected to a complex treatment process, which may include heating, cooling, humidification, dehumidification and filtration operations. In the industrial environment, technological processes frequently generate significant emissions of gases, vapors and dusts with potential toxic effects on the human body, as well as noise, vibrations and various types of radiation. In this context, the quality of air in the workplace directly influences the health and performance of workers, making it essential to monitor and control polluting emissions. In this paper we will present the ventilation installations of an economic agent that operates in a potentially explosive/toxic environment and a comparative analysis of the characteristic parameters of the fans will be made.

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