Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia

Barrick's Kanowna Belle gold mine in Kalgoorlie, Western Australia, has reached a depth of 1100m and further development will take it to 1250m. A feasibility study undertaken in 2006 identified the mining of E-block as both technically and commercially feasible. One of the major requirements of...

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Bibliographic Details
Main Author: Halim, Adrian
Other Authors: DC Panigrahi
Format: Conference Paper
Published: Oxford and IBH Publishing Co 2009
Subjects:
Online Access:http://hdl.handle.net/20.500.11937/23990
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author Halim, Adrian
author2 DC Panigrahi
author_facet DC Panigrahi
Halim, Adrian
author_sort Halim, Adrian
building Curtin Institutional Repository
collection Online Access
description Barrick's Kanowna Belle gold mine in Kalgoorlie, Western Australia, has reached a depth of 1100m and further development will take it to 1250m. A feasibility study undertaken in 2006 identified the mining of E-block as both technically and commercially feasible. One of the major requirements of mining this block was upgrading the existing primary ventilation fans. These fans consisted of three 450 kW axial fans that provided approximately 490 m3/s of airflow. The feasibility study concluded that an additional 160 m3/s was required for E block. Subsequent study showed that in order to achieve this, two of the existing fans were to be replaced with 2 x 450 kW axial fans in series, each of them, and the other was to be replaced with at 1400 kW axial fan. The processes of installation and commissioning of these new fans are discussed in this paper.
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publishDate 2009
publisher Oxford and IBH Publishing Co
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spelling curtin-20.500.11937-239902017-11-02T06:03:46Z Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia Halim, Adrian DC Panigrahi sensors axial fans shaft alignment vibration VENTSIM stages Barrick's Kanowna Belle gold mine in Kalgoorlie, Western Australia, has reached a depth of 1100m and further development will take it to 1250m. A feasibility study undertaken in 2006 identified the mining of E-block as both technically and commercially feasible. One of the major requirements of mining this block was upgrading the existing primary ventilation fans. These fans consisted of three 450 kW axial fans that provided approximately 490 m3/s of airflow. The feasibility study concluded that an additional 160 m3/s was required for E block. Subsequent study showed that in order to achieve this, two of the existing fans were to be replaced with 2 x 450 kW axial fans in series, each of them, and the other was to be replaced with at 1400 kW axial fan. The processes of installation and commissioning of these new fans are discussed in this paper. 2009 Conference Paper http://hdl.handle.net/20.500.11937/23990 Oxford and IBH Publishing Co restricted
spellingShingle sensors
axial fans
shaft alignment
vibration
VENTSIM
stages
Halim, Adrian
Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title_full Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title_fullStr Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title_full_unstemmed Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title_short Installation and commissioning of new primary fans at Barrick’s Kanowna Belle Mine, Kalgoorlie, Australia
title_sort installation and commissioning of new primary fans at barrick’s kanowna belle mine, kalgoorlie, australia
topic sensors
axial fans
shaft alignment
vibration
VENTSIM
stages
url http://hdl.handle.net/20.500.11937/23990