#Auxiliary mine ventilation manual software
The introduction of ventilation software has made it relatively simple to plan a mine ventilation system before the project even begins.
#Auxiliary mine ventilation manual install
New technologies such as pneumatic and electric motors have enabled larger mines to install fans to provide vast volumes of air, while smaller fans improve airflow in the underground systems. Furthermore, its emissions are carcinogenic to humans and increase the demand for airflow. While it is an efficient fuel, diesel is also dirty, expensive, and in limited supply. Although mining is increasingly becoming electrified, diesel is still heavily relied upon. This need is enhanced by the use of diesel to power mining equipment. Fresh, clean air needs to be regularly circulated around mines to reduce the temperature and ensure the health and safety of personnel. Going deeper also increases the heat emitted by strata, coupled with higher shock and friction losses, meaning it is also hotter. The deeper the mine is, the thicker the air becomes, making it difficult to breathe. The importance of ventilation in mines is well documented. This encourages a dynamic and intelligent air supply that reduces the total required airflow, therefore reducing energy requirements and offering a cleaner and safer mine. This means supplying the required amount of fresh air to separate mining areas when needed. One way to reduce mining energy consumption is with ventilation on demand (VOD).
These activities are energy-intensive, and there is an industry and social demand to reduce energy consumption, and for sustainable sources to provide this energy. Today’s mining operations are having to dig deeper and reach more remote locations to access the ever-depleting resources required.
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