The Building Engineering Services Association (BESA) has completed its trilogy of free guides designed to help building owners and managers turn their buildings into ‘safe havens’ that protect occupants from health risks linked to airborne contaminants and viruses.
‘Buildings as Safe Havens – a practical guide’ is the third in its suite of guidance for measuring, monitoring, and improving indoor air quality (IAQ) and the second produced with the support of Mitsubishi Electric.
The ‘BASH’ Guide offers practical steps that facility managers and building owners can take to measure indoor air quality (IAQ) and offers advice on the questions to ask ventilation experts.
The foreword is provided by one of the UK’s most respected experts on infection resilience in buildings, Professor Cath Noakes OBE. She states that poor ventilation is the most overlooked building safety issue and can be directly linked to high levels of Covid-19 transmission.
“Covid-19 has been shown to be transmitted through the air. Even if only 10% of all Covid-19 related deaths in the UK could be directly attributed to the failure to adequately ventilate indoor spaces, that would be more than 15,000 since the start of the pandemic – a shocking statistic that should make everyone sit up and take notice,” she writes in her foreword.
“The pandemic has demonstrated that far too many of our buildings are under-ventilated, despite regulatory requirements that have been in place for a number of years. This guide will be an invaluable tool in raising awareness of the importance of good IAQ and making our buildings more infection resilient,” says Noakes, who is Professor of Environmental Engineering for Buildings at the University of Leeds and a member of the government’s Scientific Advisory Group for Emergencies (SAGE).
The new BESA guide provides a step-by-step strategy for monitoring and maintaining good IAQ in offices, schools, and public buildings and provides advice and strategies for dealing with ventilation problems. It outlines the questions building managers should ask their ventilation and air quality specialists so they can properly address their IAQ problems, and provides recommendations for conducting a building review, planning for improvements, and selecting the right technology.
The contents of the guide were steered by a technical committee led by Nathan Wood, chair of BESA’s Health and Wellbeing in Buildings group, and the Association’s head of technical Graeme Fox.
The guide contains a building review spreadsheet to help building managers identify areas that require improvement. This is designed on a traffic light system, with actions categorised as red, amber, and green, and works in tandem with an IAQ monitoring spreadsheet.
“Most buildings do not have any active ventilation management,” says Wood. “At the top end of the market, the issue is well understood, and expertise is on hand to put best practice into effect, but our priority now is to find ways of helping the thousands of buildings that have no ventilation strategy and lack the information and expertise to prepare for the next health emergency.
“That is why BESA is working hard to raise awareness and provide free guidance that can improve competence and compliance across the ventilation industry – and broaden the pool of ventilation expertise to take on this massive task.”
Hern Yau, Ventilation Product Specialist at Mitsubishi Electric, added that the pandemic had emphasised the importance of ventilating indoor spaces.
“This guide will help contribute to a greater understanding of the type of equipment available, as well as encouraging more productive conversations about what can be achieved in our buildings in the long-term,” he added. “It also reinforces the importance of building managers only working with properly trained and competent IAQ specialists.”
All three BESA guides addressing indoor air quality (IAQ) can be downloaded for free from: www.theBESA.com/iaq
A new study released by Buildings Performance Institute Europe (BPIE) shows that improving the insulation of existing residential buildings in the EU would significantly contribute to securing the bloc’s energy independence and achieving he EU target of reaching climate neutrality by 2050.
Improved insulation of EU residential buildings would result in a reduction of energy demand for heating in buildings by 777 TWh, or 44% compared to 2020: 46% in gas savings, 44% in heating oil savings and 48% in coal savings.
Recent research by the University of Exeter sets out the scale of the challenge the NHS faces if it is to achieve sustainability targets set under the government’s net zero plan by 2040, a full decade ahead of the wider commercial sector....