2009Unpublished venueRequires access

Wireless Ventilation Control for Large-Scale Systems: the Mining Industrial Case

Maria Domenica Di Benedetto, Alessandro D’Innocenzo, Alf Isaksson, Karl Henrik Johansson, Silviu‐Iulian Niculescu, Sorin Olaru, Guillaume Sandou, Fortunato Santucci, Emmanuele Serra, Stefano Tennina, U. Tiberi, Emmanuel Witrant

Open publisher page 37 citations

Abstract

Mining ventilation is an interesting example of a large scale system with high environmental impact where advanced control strategies can bring major improvements. The challenge in this work is focused on the mining ventilation since as much as 50 % or more of the energy consumed by the mining process may go into the ventilation (including heating the air). It is clear that investigating automatic control solutions and minimizing the amount of pumped air to save energy consumption (proportional to the cube of airflow quantity) is of great environmental and industrial interest.

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What this paper is about

Mining ventilation is an interesting example of a large scale system with high environmental impact where advanced control strategies can bring major improvements. The challenge in this work is focused on the mining ventilation since as much as 50 % or more of the energy consumed by the mining process may go into the ventilation (including heating the air). It is clear that investigating automatic control solutions and minimizing the amount of pumped air to save energy consumption (proportional to the cube of airflow quantity) is of great environmental and industrial interest.

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OpenAlex reports 37 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Mining ventilation is an interesting example of a large scale system with high environmental impact where advanced control strategies can bring major improvements. The challenge in this work is focused on the mining ventilation since as much as 50 % or more of the energy consumed by the mining process may go into the ventilation (including heating the air). It is clear that investigating automatic control solutions and minimizing the amount of pumped air to save energy consumption (proportional to the cube of airflow quantity) is of great environmental and industrial interest.

Key concepts: Ventilation (architecture), Airflow, Energy consumption, Work (physics), Computer science, Scale (ratio), Process (computing), Control (management)

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