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Maintenance risk reduction for effective facilities management

Maintenance risk reduction for effective facilities management Purpose – Insufficient investment in facilities management organizations lead to postponement of major repairs and replacements of facilities. Lack of centralized information within an organization on the assessment of deficiencies and conditions in the facilities causes these projects to be carried out at the cost of critical replacements and repairs. This paper aims to describe a facilities condition assessment methodology and a tool. Design/methodology/approach – In this paper, the physical condition and maintenance deficiencies of heating ventilation and air conditioning (HVAC) type of equipment are assessed at its component level using failure checkpoints. The existing conditions of six cooling towers located at West Virginia University were assessed at the component level and an overall condition score was generated by the tool. Findings – The tool helped to assess checkpoints on the components and identify the potential risk component and its impact. Research limitations/implications – When facilities managers initiate this structured assessment methodology based on a periodic frequency, the facilities availability and life is maximized apart from reducing overall risk. Practical implications – The contributions of this paper include the use of a common and comprehensive methodology for HVAC physical condition assessments and risk assessment of component failure impact. Originality/value – This paper eliminates the most evident scoring limitations in the literature such as “equal numbers or ties,” “summation of lower priority scores exceeding the higher priority score,” and the need for a “cost estimator.” A unique formula was determined for the scoring technique. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of Facilities Management Emerald Publishing

Maintenance risk reduction for effective facilities management

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Publisher
Emerald Publishing
Copyright
Copyright © 2008 Emerald Group Publishing Limited. All rights reserved.
ISSN
1472-5967
DOI
10.1108/14725960810847468
Publisher site
See Article on Publisher Site

Abstract

Purpose – Insufficient investment in facilities management organizations lead to postponement of major repairs and replacements of facilities. Lack of centralized information within an organization on the assessment of deficiencies and conditions in the facilities causes these projects to be carried out at the cost of critical replacements and repairs. This paper aims to describe a facilities condition assessment methodology and a tool. Design/methodology/approach – In this paper, the physical condition and maintenance deficiencies of heating ventilation and air conditioning (HVAC) type of equipment are assessed at its component level using failure checkpoints. The existing conditions of six cooling towers located at West Virginia University were assessed at the component level and an overall condition score was generated by the tool. Findings – The tool helped to assess checkpoints on the components and identify the potential risk component and its impact. Research limitations/implications – When facilities managers initiate this structured assessment methodology based on a periodic frequency, the facilities availability and life is maximized apart from reducing overall risk. Practical implications – The contributions of this paper include the use of a common and comprehensive methodology for HVAC physical condition assessments and risk assessment of component failure impact. Originality/value – This paper eliminates the most evident scoring limitations in the literature such as “equal numbers or ties,” “summation of lower priority scores exceeding the higher priority score,” and the need for a “cost estimator.” A unique formula was determined for the scoring technique.

Journal

Journal of Facilities ManagementEmerald Publishing

Published: Feb 22, 2008

Keywords: Condition monitoring; Facilities; Risk analysis; Heating and ventilation services

References