Safety in Building Services Design
September 11, 2014 Leave a comment
Space, and the cost of providing space, for plant and building services distribution is at a premium and designers often come under pressure to reduce the spatial requirements for building services installations. In order to discharge their obligations, designers must take care to provide safe means of access for installation, maintenance and equipment replacement. In addition designers need to be aware of the regulations and legislation requirements that a design may impose on the installer and end user as a design solution can often impose additional legal
responsibilities, particularly in undertaking associated operation and maintenance activities. However, the active and continuing attention to safe access issues, throughout the design stages, is not always achieved as the designers’ attention can often concentrate on what is perceived to be more immediate concerns.
BSRIA’s publication Safety in Building Services Design BG55/2014 has just been published which provides guidance on designing for safety in both new and refurbishment projects.
The publication is aimed at designers and includes information on:
- relevant legislation including CDM
- hazards and risks including managing risk in the design process
- understanding space requirements and access provision
- designing for maintenance
- plant room design
- communication of risk information including representation of risk information on drawings
However, the diversity in type, configuration and possible location of plant, means it is not possible for this publication to give definitive guidance for all installations.
The publication provides a practical guide to assist the design process, aid design reviews together with providing a better understanding in designing for safety. For example, included in the publication is a checklist on the considerations in designing for health and safety which can be used as part of the technical design quality review process. In the pdf version of the publication this is included in an editable Excel format. Influencing factors, considerations and space requirement data useful in the design decision process with respect to providing safe access are highlighted in the publication.
The poor provision of safe access for maintenance could result in an increased likelihood of cutting corners or omission of maintenance and repair activities. This in turn, could result in building services failures that could adversely affect safety, legal compliance, productivity and quality of the environment.
BSRIA launches a new course on the 12th November 2014 providing guidance in designing for health and safety in the space planning of building services with respect to operation, maintenance and plant replacement. The course is intended for professionals involved in the design of building services but is equally relevant to contractors and other professionals within the industry. Young engineers in particular would benefit from the course.
On completion of the course delegates will be able to:
- understand the specific considerations with respect to designing for safety for building services
- identify discipline specific considerations in designing for safety
- challenge designs in relation to health and safety in the design, construction and operations of building services so as to improve performance
- understand relevant H&S legislation, codes of practice and guidance
- understand the relationship between building services design and maintenance operations
- understand the management of hazard and risk together with control strategies
- locate information relating to health and safety to assist in design process
- understand the consequences of failing to manage health and safety effectively
- understand the importance of communication and provision of information in the design process
Richard Tudor is a Senior Technical Director at WSP and has been an integral part of the WSP Group Technical Centre for over 14 years. His responsibilities include technical quality, specification development, technical knowledge management, delivering training, designing for safety, providing technical support, and improving project delivery.