Setting out a new case for delivering better ventilation

The COVID-19 pandemic has demonstrated the value of having healthy indoor environments, but also shown their fragility. People are asking the question that if viruses spread much quicker indoors, then what about pollutants and other harmful substances

Table of Contents

The proposals in this paper set out what BEAMA believe needs to be done to deliver good indoor air quality in UK homes – helping to deliver better ventilation, better homes and better health.

The COVID-19 pandemic has demonstrated the value of having healthy indoor environments, but also shown their fragility. People are asking the question that if viruses spread much quicker indoors, then what about pollutants and other harmful substances?

Positive steps to improve the energy efficiency of our homes

BEAMA has long been advocating that poor indoor air quality, or indoor air pollution, is a growing public health concern. It is responsible for thousands of deaths per year, as well as substantial healthcare and wider economic costs.

The need for effective ventilation becomes increasingly important

As the Government builds towards its Net Zero target, homes are becoming more airtight. With energy efficiency measures, such as insulation, being retrofitted to the existing housing stock and new homes built to ever higher levels of energy efficiency, the need for effective ventilation becomes increasingly important. Numerous studies have shown the critical role that ventilation plays in removing indoor pollutants from the home and stopping these pollutants from accumulating – reducing exposure levels, improving cognitive performance and minimising the health symptoms suffered by occupants.

For the ventilation industry to be able to play its part in delivering good indoor air quality, two big issues must be tackled: energy efficiency and ventilation improvements must be joined up (‘Ventilate when you Insulate!’) and poor-quality installations of ventilation systems and poor compliance need to be rooted out.

Positive steps to improve the energy efficiency of our homes

As we begin to emerge from the heights of the COVID-19 pandemic, it felt like an appropriate time to issue an update to our Ventilation White Paper. If coronavirus has revealed one thing about the built environment, it is the importance of effective ventilation for our health and wellbeing. Yet while very positive steps have been made to improve the energy efficiency of our homes, whether they be newly built homes or retrofitted existing homes, the same still cannot be said for improvements in ventilation. Unfortunately, without adopting a ‘Ventilate when you Insulate’ approach, we are at serious risk of creating a major public health burden in the years to come by sealing pollutants and viruses in our homes.

Set out a new case for delivering better ventilation

As the industry body representing the UK’s leading ventilation providers, we are determined to do all we can to ensure that the ventilation market works properly and share our decades worth of experience in order to come up with solutions to the problems that face both the industry, and the country at large.
In this paper we set out a new case for delivering better ventilation, for better homes, for better health. We are pleased that the Government’s recently published Heat and Buildings Strategy emphasised the need for our future buildings to be not only low carbon, but healthier as well. This ambition needs to be realised.

Related Articles you may like

How to Optimize Your Heating System for Better SAP Results
How to Optimise Your Heating System for Better SAP Results

To optimise your heating system for improved Standard Assessment Procedure (SAP) results, several key strategies must be employed. Firstly, orienting your building to maximise solar gains and applying comprehensive thermal insulation, with an emphasis on minimising thermal bridging, are critical steps in reducing artificial heating needs. Enhancing heating system efficiency through modern technologies like condensing boilers and heat pumps, while integrating renewable energy solutions such as solar PV panels, will substantially elevate your SAP rating. Additionally, adopting a ‘Fabric First’ approach and ensuring effective ventilation with systems like Mechanical Ventilation with Heat Recovery (MVHR) can further boost energy efficiency, culminating in reduced energy consumption, decreased CO2 emissions, and improved overall building sustainability.

Read More »
Airtightness Solutions for Challenging Architectural Designs
Airtightness Solutions for Challenging Architectural Designs

Ensuring airtightness in challenging architectural designs is crucial for enhancing energy efficiency, moisture control, and indoor air quality. When dealing with complex structures such as irregular shapes, multiple storeys, extensive glass usage, and intricate detailing, you must implement innovative solutions to manage air leakage effectively. Ratio Seven employs advanced air sealing techniques, thermal imaging, and pressure testing, as well as specialised materials like airtight membranes and high-performance insulation. By integrating airtightness considerations early in the design phase, maintaining rigorous quality control during construction, and conducting thorough post-construction testing, you can achieve superior airtightness without compromising the aesthetics or functionality of your building.

Read More »