BIM-Based H&S Management for Facilities. Operations & Maintenance of Logistic Plants

In_Bo

Valentina Villa¹  Carlo Caldera¹  Alberto Lauria¹ 

[1] Politecnico di Torino;

关键词: Industrial plant;    Facility Management;    Health and Safety;    BIM;   

DOI  :  10.6092/issn.2036-1602/8829

来源: DOAJ

【 摘 要 】

Over the years, international researches about Facility Management has become increasingly important, also thanks to the advent of the BIM methodology which integrates information from all phases of the process, and closes, ideally in a circular way, the life cycle of a building. Within the abundant maintenance operations of the buildings characterizing the Facility Management phase, one of the important aspects is the H&S planning and management for operators and maintenance technicians. This research uses a dynamic BIM-based approach for Health and Safety management during O&M phase, connected to the programmed maintenance cycles, for a historical industrial plant. The case study presented is the former Fiat plant in Rivalta (TO), currently being converted into a warehouse and logistics facility by the FCA Group. Information comes from the project documents, from the Building Maintenance Plan and from the H&S Maintenance dossier of the building installations should linked together. All of them are going to constitute the information component (LOI) relating to the BIM object. During the construction of the BIM model, the position of each object is valuable information, fundamental for the right choice of equipment and fittings necessary for the correct execution in safe, of maintenance operations. The safety of workplaces is related, for example, to access procedures to intervention area or to the correct selection of fall protection systems. First, an analysis on information necessary for the management of a safe O&M in a BIM environment is carry out. BIM should not be only a digitizing way for work's file, it's not only a sheet containing processes and procedures identified by the safety coordinator; BIM, in this area, can be used as intelligent tool for risk assessment and, consequently, a methodology that can be used for choosing the most appropriate systems, in order to safeguard the workers H&S.

【 授权许可】

Unknown