Application of electro-monorail mine haulage systems in underground decline development

This study compares the electrical monorail transport system (EMTS) with the conventional truck haulage system in decline development. The study examines decline geometry, cycle times and cost and productivity in relation to the two haulage systems. Results show that productivity of the monorail is...

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Main Authors: Chanda, Emmanuel, Kuruppu, Mahinda, Darcey, W., Besa, Bunda
Other Authors: R. K. Singhal
Format: Conference Paper
Published: The Reading Matrix Inc. 2007
Online Access:http://hdl.handle.net/20.500.11937/35717
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author Chanda, Emmanuel
Kuruppu, Mahinda
Darcey, W.
Besa, Bunda
author2 R. K. Singhal
author_facet R. K. Singhal
Chanda, Emmanuel
Kuruppu, Mahinda
Darcey, W.
Besa, Bunda
author_sort Chanda, Emmanuel
building Curtin Institutional Repository
collection Online Access
description This study compares the electrical monorail transport system (EMTS) with the conventional truck haulage system in decline development. The study examines decline geometry, cycle times and cost and productivity in relation to the two haulage systems. Results show that productivity of the monorail is affected by loader cycle time to fill the monorail containers. Hence, to increase the productivity of the monorail a continuous loading system has been proposed in this paper. The operating costs of the monorail were found to be the same as the truck haulage system. However, if the cost of electricity is lower than 30¢ (Australian) per kilowatt hour, the operating cost for the monorail would be significantly lower than that of a comparable truck haulage system. The capital costs for the monorail are slightly higher than a comparable truck. However, the monorail’s lower operating costs plus environmental benefits make it more attractive than truck haulage.
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format Conference Paper
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institution Curtin University Malaysia
institution_category Local University
last_indexed 2025-11-14T08:42:32Z
publishDate 2007
publisher The Reading Matrix Inc.
recordtype eprints
repository_type Digital Repository
spelling curtin-20.500.11937-357172022-11-21T05:19:42Z Application of electro-monorail mine haulage systems in underground decline development Chanda, Emmanuel Kuruppu, Mahinda Darcey, W. Besa, Bunda R. K. Singhal K. Fytas S. Jongsiri H. Ge This study compares the electrical monorail transport system (EMTS) with the conventional truck haulage system in decline development. The study examines decline geometry, cycle times and cost and productivity in relation to the two haulage systems. Results show that productivity of the monorail is affected by loader cycle time to fill the monorail containers. Hence, to increase the productivity of the monorail a continuous loading system has been proposed in this paper. The operating costs of the monorail were found to be the same as the truck haulage system. However, if the cost of electricity is lower than 30¢ (Australian) per kilowatt hour, the operating cost for the monorail would be significantly lower than that of a comparable truck haulage system. The capital costs for the monorail are slightly higher than a comparable truck. However, the monorail’s lower operating costs plus environmental benefits make it more attractive than truck haulage. 2007 Conference Paper http://hdl.handle.net/20.500.11937/35717 The Reading Matrix Inc. restricted
spellingShingle Chanda, Emmanuel
Kuruppu, Mahinda
Darcey, W.
Besa, Bunda
Application of electro-monorail mine haulage systems in underground decline development
title Application of electro-monorail mine haulage systems in underground decline development
title_full Application of electro-monorail mine haulage systems in underground decline development
title_fullStr Application of electro-monorail mine haulage systems in underground decline development
title_full_unstemmed Application of electro-monorail mine haulage systems in underground decline development
title_short Application of electro-monorail mine haulage systems in underground decline development
title_sort application of electro-monorail mine haulage systems in underground decline development
url http://hdl.handle.net/20.500.11937/35717