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Building evaluation methodology for setting maintenance priorities in hospital buildings

机译:用于确定医院建筑物维护优先级的建筑物评估方法

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摘要

Condition-Based Maintenance (CBM) is a common solution for the maintenance of large complex facilities under tight economic conditions. Effective implementation of CBM requires the development of performance indicators for building components and systems. The objectives of the proposed methodology are: (1) to monitor the condition of building components, based on systematic performance scales; (2) to develop a parameter that ensures clear detection of building elements that are in failing condition; and (3) to provide a Key Performance Indicator, based on a unified scale, for the comparison of the performance of different buildings. Two rating scales are used: one for the individual components (P_n) and a second for the entire building-the Building Performance Indicator (BPI). The first scale combines criteria regarding the physical state, performance, fitness for use, and preventive maintenance of various building components. The second scale, the BPI, is a 100-point scale that covers 10 of the building's main systems. The proposed methodology was implemented in 17 public health care facilities in Israel. The survey results show that the overall state of the facilities is that of deterioration (BPI = 68.9). One building system, the communication and low voltage system, was consistently found to be in poor condition (P_n = 39.4), four systems (exterior envelope, interior finishing, water and waste-water, and HVAC) were in deteriorating condition (60d ≤ P_n < 70), and five were in satisfactory or higher condition. Validity of the methodology was tested by means of a survey executed by 14 trained surveyors on the same facility. The variance of the results was relatively slight.
机译:基于条件的维护(CBM)是在严峻的经济条件下维护大型复杂设施的通用解决方案。有效实施煤层气需要建立建筑构件和系统的性能指标。拟议方法的目标是:(1)基于系统的性能量表来监视建筑构件的状况; (2)制定一个参数,以确保清楚地检测出处于故障状态的建筑构件; (3)提供基于统一标准的关键绩效指标,用于比较不同建筑物的性能。使用两种等级量表:一种用于单个组件(P_n),另一种用于整个建筑物-建筑性能指标(BPI)。第一等级结合了有关各种建筑组件的物理状态,性能,使用适应性和预防性维护的标准。第二个尺度是BPI,是一个100点尺度,覆盖了建筑物的10个主要系统。拟议的方法已在以色列的17个公共卫生保健机构实施。调查结果表明,设施的总体状态为恶化(BPI = 68.9)。始终发现一个建筑系统(通信和低压系统)状态不佳(P_n = 39.4),四个系统(外部围护结构,内部装修,水和废水以及HVAC)处于恶化状态(60d≤ P_n <70),其中五个处于满意或更高的状态。该方法的有效性通过在同一设施上由14位训练有素的验船师进行的调查来检验。结果的差异相对较小。

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