Evaluating Street Sweeping Operational Efficiency: A Simulation-based Study of a Traditional versus Novel Sweeping Systems

In Nordic countries, the removal of abrasive materials from roads post-winter poses a public health and environmental challenge. Traditionally, mechanical brooms have been essential for this task. However, a Quebec SME's innovative mechanical broom promises enhanced efficiency. This study compares the operational efficiency of Conventional and novel street sweeping technologies. It employs empirical data collection and advanced data processing, alongside a discrete event simulation model for both systems, tailored to urban and highway contexts. The research provides key insights for optimal system selection, highlighting the innovative system's superiority in efficiency and operational time reduction. Recommendations for street sweeping services to adopt a data-driven improvement approach are made contributing significantly to urban maintenance literature and future environmental management strategies.

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Publication Details

Published
2024-10-01
DOI
https://doi.org/10.21872/2024iise_7849
Primary Topic
Evacuation and Crowd Dynamics
Type
article
Field-Weighted Citation Impact
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article

Evaluating Street Sweeping Operational Efficiency: A Simulation-based Study of a Traditional versus Novel Sweeping Systems

Bassam Daya, Jean‐François Audy
Evacuation and Crowd Dynamics
article

Evaluating Street Sweeping Operational Efficiency: A Simulation-based Study of a Traditional versus Novel Sweeping Systems

Bassam Daya, Jean‐François Audy
article en

Abstract

In Nordic countries, the removal of abrasive materials from roads post-winter poses a public health and environmental challenge. Traditionally, mechanical brooms have been essential for this task. However, a Quebec SME's innovative mechanical broom promises enhanced efficiency. This study compares the operational efficiency of Conventional and novel street sweeping technologies. It employs empirical data collection and advanced data processing, alongside a discrete event simulation model for both systems, tailored to urban and highway contexts. The research provides key insights for optimal system selection, highlighting the innovative system's superiority in efficiency and operational time reduction. Recommendations for street sweeping services to adopt a data-driven improvement approach are made contributing significantly to urban maintenance literature and future environmental management strategies.

Openalex Percentile: Top 61%
Evacuation and Crowd Dynamics
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