Abstract

Efficient ventilation is a crucial aspect in ensuring the efficient and secure operation of mines. Central to this ventilation system are axial fans, whose maintenance directly impacts their operational efficiency, longevity, and safety. Despite the integral role these fans play, a comprehensive understanding of how ventilation design influences their maintenance remains to be fully explored in existing literature. This study, therefore, seeks to delve deeper into this issue. The paper aims to highlight the significant role ventilation design plays in the maintenance and overall performance of axial fans. We hypothesize that optimized ventilation design can not only reduce the frequency of maintenance interventions but also enhance the fan's lifespan and performance. The research will encompass in-depth examination of current ventilation designs and their respective maintenance challenges. It will identify the key parameters that influence fan efficiency, maintenance, and life span. The research will explore strategies for enhancing ventilation design to improve maintenance outcomes. By bridging this gap in knowledge, the study's findings can offer valuable insights for mining industries, informing the development of more effective maintenance strategies. This can lead to more efficient mining operations, reduced downtime, and enhanced safety protocols, which is most important in the mining sector.