Study of Breached Gas Mitigation in An Underground Coal Mine Using Network Modeling and Physical Model - SME Annual Meeting 2025

Society for Mining, Metallurgy & Exploration
Robert Kimutis Lihong Zhou Jim Addis Mark Mazzella
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
4553 KB
Publication Date:
Feb 1, 2025

Abstract

Due to the surge in shale gas production, a substantial number of unconventional shale gas wells have been drilled across U.S. coal reserves. Gas breaches resulting from damaged wells pose a considerable safety risk to miners. This paper investigates how a ventilation system can effectively manage breached gas through a network-based numerical model and laboratory-scaled physical model. Several hypothetical gas breach scenarios in a longwall area are simulated, exploring factors influencing gas mitigation. The study establishes correlations between breached gas inflow and gas concentration at critical locations. The findings in this study provide valuable insights for managing mine ventilation systems and enhancing coal miner safety.
Citation

APA: Robert Kimutis Lihong Zhou Jim Addis Mark Mazzella  (2025)  Study of Breached Gas Mitigation in An Underground Coal Mine Using Network Modeling and Physical Model - SME Annual Meeting 2025

MLA: Robert Kimutis Lihong Zhou Jim Addis Mark Mazzella Study of Breached Gas Mitigation in An Underground Coal Mine Using Network Modeling and Physical Model - SME Annual Meeting 2025. Society for Mining, Metallurgy & Exploration, 2025.

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