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Heat stress management in underground mines

International Journal of Mining Science and Technology 2017年第4期27卷 651-655页

作者： Ryan Anderson euler de souza K1 Mine Maintenance Mosaic Potash Esterhazy SOA2AO Canada department of Mining Engineering Queen's University Kingston KTL3N6 Canada

Heat management must be maintained within the mine working environment to minimize stress on equipment and personnel. The issue is a growing concern as mines continue to expand in size, depth and infrastructure. Heat management is a concern as it relates to both heat sensitive equipment and more importantly the health and safety of the workers found within the mine. Proper application of engineering protocols and work practice controls will have a direct impact on the health and safety of workers and increased productivity. Using continuous monitoring stations placed in strategic locations throughout the mine to capture the environmental conditions, various strategies can be used in the planning and prevention of potential hazard exposure. Economic analysis is used to select the most feasible strategy for heat stress control. This paper presents a step by step methodology that may be considered by ventilation specialists to effectively implement a heat management control system. A case study based on a detailed heat management assessment conducted for a potash mine in Saskatchewan, Canada is presented.

关键词： Heat Management Enthalpy Mine Environment monitoring

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Application of ventilation management programs for improved mine safety

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International Journal of Mining Science and Technology 2017年第4期27卷 647-650页

作者： de souza euler department of Mining Engineering Queen's University Kingston KTL3N6 Canada

The purpose of ventilation management systems is to ensure the health and safety of underground workers by creating and incorporating structured plans, procedures and processes on the day-to-day operations of the mine ventilation system. The application of ventilation management programs consists of audit, verification, and corrective action procedures to:(1) ensure adherence to regulatory standards,or to(2) return to compliance and safety standards when an upset condition arises. This paper describes how a ventilation management program can be developed and implemented to ensure regulation compliance, to increase safety, to improve operational efficiency and to reduce the operating costs of an operating mine. Two case applications are presented in this paper. The first case is presented to demonstrate use of a ventilation management program in response to a site inspection and audit, with follow-up application of corrective actions. The second case application describes how air quality conditions has been substantially improved with the development and implementation of a ventilation management program for an operating underground hard rock mine.

关键词： Mine ventilation Ventilation management Air quality Ventilation efficiency

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