Battle of the School Ventilation Strategy

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School ventilation

Natural vs Hybrid vs Mechanical

Managing indoor air quality (IAQ) in schools presents unique challenges for building designers.

Typically, schools have approximately four times as many occupants as an office building with the same amount of floor space. As schools add space, the operation and maintenance of each addition are often different; schools often use rooms, portable classrooms, or buildings that were not originally designed to service their unique requirements, the ability to provide adequate IAQ becomes paramount.

Research has evidenced a direct correlation between poor IAQ and poor pupil performance. According to a study by the University of Exeter, the cognitive performance of a pupil occupying a classroom decreases by 5% when CO2 levels rise above 1,500ppm. These symptoms can be exacerbated in the school environment due in part to the densely populated spaces of a school.

To help combat poor IAQ in schools, the UK government revised the Buildings Bulletin: Guidelines on ventilation, thermal comfort and indoor air quality in schools (BB101) in August 2018, setting out the regulatory requirements whilst providing non-statutory guidance to those involved in the design, specification and construction of new school buildings and the refurbishment of existing buildings. The document identified three types of ventilation strategy: natural; hybrid; mechanical. But, which is the right ventilation strategy for a school?


Natural Ventilation

The driving force for these systems is the wind and stack effect. Natural ventilation uses the openings within a building to facilitate the supply and extract of air. This means that the effectiveness of natural ventilation is determined by both the outdoor environmental conditions and the building itself. Although the most energy efficient way to ventilate a building, you are quite literally at the mercy of the elements.


Hybrid Ventilation

Hybrid systems utilise a mix of natural and mechanical ventilation. Some examples of a hybrid ventilation system include natural ventilation with mechanical assistance to aid in achieving higher airflow rates; natural ventilation with extract fan, heaters and recirculated inlet; or even mechanical ventilation supply with natural ventilation extraction. Due to the mix-mode nature of hybrid systems, the result is reduced energy consumption as well as capital costs.

 


Mechanical Ventilation

Mechanical systems are fan-driven centralised or decentralised ventilation systems providing either supply or extract, or a combination of both. Although adaptable and offering guaranteed ventilation with consistent indoor air quality in any situation, mechanical systems are sometimes perceived as having larger energy consumption and capital costs when compared to other types of ventilation.

 


Summary

The use of natural ventilation by windows is not a favoured option as the BB101 guidance is explicit in that occupants should not be exposed to uncomfortable draughts. The ESFA has also designed guidelines specifically to address the impact of cold draughts from natural ventilation openings.

Although BB101 has a bias towards hybrid ventilation solutions, it is broadly consistent with other recent guidance which aims to clearly set out building performance outcomes to encourage a rigorous approach to indoor air quality, and does for the first time in a government document, use the health-based IAQ guidelines by the World Health Organisation (2010).

Mechanical ventilation is the preferred strategy for difficult to ventilate areas, where guaranteed airflow if required and a natural ventilation system won’t work. Spaces such as science labs, design technology rooms, server rooms, catering kitchens or any area subject to high external noise and pollution should always use mechanical ventilation.

The guidance on types of ventilation systems and the strategies outlined in BB101 clearly address the IAQ and thermal comfort requirements of schools. The most recent amendments to BB101 confirm that ventilation requirements are not as black and white as once thought - there is no ‘one-size-fits-all’ ventilation strategy for schools. This puts pressure on building designers to ensure they are selecting the correct ventilation strategy for the project based on the building and its occupants and seems like a logical step forward for the industry.


For more information on the Nuaire XBOXER Hybrid click here >>

For more information on the Nuaire range of mechanical ventilation solutions click here >>

To select the correct ventilation strategy on an upcoming project, call us on 029 2085 8200.

 

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There's Something in the Air

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Pollen

Spring has officially sprung and summer is on its way! Everyone loves the warmer months but for those with allergies, it can be a miserable time. Many hay fever sufferers now have to face the battle between wanting to open windows and welcoming in fresh spring air – and the inevitable invasion of sneeze-inducing pollen.


Pollen

Hay fever now affects around 1 in 5 people in the UK and is caused by an allergy to pollen. Hay fever can be triggered by pollen from many different plants and grasses, and has three main phases between January and September*:

  • Tree pollen – late March to mid-May
  • Grass pollen  - mid-May to July
  • Weed pollen – end of June to September

Symptoms of Hay Fever

  • Itchy eyes and throat
  • Sneezing, blocked/runny nose
  • Altering, red eyes (allergic conjunctivitis
  • Headaches and blocked sinuses
  • Shortness of breath
  • Tiredness

These symptoms may become more severe when the pollen count is high. Hay fever can run in families and if you suffer from asthma or eczema, you are more likely to develop hay fever. Hay fever sufferers are also more likely to develop asthma or eczema as well.


Creating a healthy indoor environment

Even when inside, allergy sufferers have to be mindful that external pollutants can enter the home. This can be through open doors, windows and trickle vents but, there are less obvious points of entry too. Every home has thousands of tiny gaps through which unfiltered air can enter.

A good quality ventilation system can significantly improve the indoor air quality by preventing external air pollutants from entering the house. Systems such as our Noxmaster are designed to run all year round. The system treats the whole property by ensuring indoor air is constantly diluted and replaced with fresh, pollutant-free air. It also achieves the correct number of air changes required to ensure a healthy indoor environment, free from condensation and pollutants, including pollen.

 

 

*Data taken from Met Office

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The Qatar National Museum, Doha

After almost a decade in the making, the National Museum of Qatar was opened in March 2019. The $434 million project, which envelops 430,000m² of space, is an extension of the existing museum and has been built around the original palace of Sheikh Abdullah bin Jassim Al-Thani; which was also restored as part of the project.


Providing design work for the museum was Consultancy, ASTAD. Main Contractor, Hyundai Contracting won the work in 2011 and sub-contracted mechanical, electrical and plumbing works to BK Gulf, who were responsible for the installation of all Nuaire ventilation equipment on the project.

Qatar Museum


Desert Rose - The Project

The museum, which was designed by the Pritzker Prize-winning architect, Jean Nouvel, has architecture inspired by the complex form of the desert rose found in Qatar’s desert regions. Attractions include 11 gallery spaces, a 220-seat auditorium, two restaurants and a café to name a few; as well as digital archives, a research centre and a laboratory for researchers and students. The museum welcomed over 132,000 visitors in its first month open, firmly establishing its keystone role in the country’s cultural infrastructure.

The new museum not only stands as an architectural wonder but also provides visitors with a chance to explore Qatari culture. Chairperson of Qatar Museums, Her Excellency Sheikha al Mayassa bint Hamad bin Khalifa Al Thani has commented: “The opening of the National Museum of Qatar in March 2019 will firmly position our country on the global map as a progressive, knowledge-based economy with a long and rich history and give Qatar a voice in the world."

The National Museum of Qatar has been in the making since 2010, with Nuaire being involved with the project as early as 2014 – aiding in ventilation unit selections for the prestigious building.

As an approved supplier to the Qatar Foundation, Nuaire has supplied ventilation to many Qatari projects including the prestigious FIFA World Cup Stadiums, Sidra Research & Medical Centre and Qatar National Library to name a few. Our export project work will continue in the Middle-East and Internationally.


Unit supplied to the Museum include:

 

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Nuaire Team with BHF Charity Partner

This year British Heart Foundations (BHF) was chosen through a company-wide vote as Nuaire’s charity of the year.

British Heart Foundation’s strategy is to Beat Heartbreak Forever. They are working towards a world free from the fear of heart and circulatory diseases. Since BHF founded, their research has helped to reduce deaths from heart and circulatory diseases by more than half. By 2030, they want to see advances across the spectrum of heart and circulatory disease; they want to prevent these conditions from developing and they want to see those with existing conditions to have better longer lives.

BHF is the biggest independent funder of medical research into heart and regulatory diseases and they fund £1.7 million into air pollution research. Pioneering research funded by the BHF has identified that hundreds of thousands of people in the UK living with heart and circulatory conditions may be at significant risk of suffering a coronary event and hospitalisation from exposure to high levels of pollution. Nuaire is working towards innovating technologies that deliver clean, filtered air into our homes, improving air quality to within safe levels recommended by the World Health Organisation.

Adam Fletcher Head of BHF Cymru said, “We are delighted that Nuaire has chosen British Heart Foundation as their Charity of the Year and look forward to working in partnership with them. Nuaire will play a vital role in helping BHF Cymru end the heartbreak caused by heart and circulatory diseases, including heart disease, stroke, vascular dementia and diabetes. It's thanks to generous fundraising efforts that we're able to make a difference to the 375,000 people living Wales with heart and circulatory disease, by funding more research to deliver the scientific breakthroughs we need.”

Nuaire is aiming to raise as much money as possible in 2019, with employees taking part in fundraising events throughout the year, from running marathons and dress down days to sponsored walks to bake-offs to meet our £10k target. Keep an eye out on our charity activities over on our LinkedIn or Twitter pages.

 

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Nuaire Scoops Prestigious Industry Award

Nuaire wins H&V Award

Caerphilly-based Nuaire, one of the world’s leading manufacturers of energy efficient ventilation systems, has won Air Movement Product of the Year at the prestigious H&V News Awards 2019. Celebrating its Silver Anniversary, the Awards have been recognising and rewarding excellence in the HVAC and building services supply chain for 25 years.

At a glitzy award ceremony hosted by Josh Widdecombe at the Grosvenor House Hotel, London, Nuaire scooped the award in recognition of its efforts in developing the innovative Noxmaster – a system combining a powerful carbon filter with a strategy invented by Nuaire over 45 years ago, Positive Input Ventilation (PIV). The product was praised by the judges for the attention paid to indoor air quality and to the testing and validation of the unit.

The Noxmaster’s filtrations system removes up to 99.5% of Nitrogen Dioxide and up to 75% of harmful particulate matter (PM2.5). Exposure to NOX and PM2.5 reduces life expectancy through a range of diseases including lung cancer, dementia and diabetes. Noxmaster delivers clean, filtered air into urban homes, improving the indoor air quality to within safe levels, as recommended by the World Health Organisation (WHO).

Wayne Glover, Managing Director at Nuaire, said: ‘This category is always hard-fought and we were up against some tough competition in Panasonic, Daikin and Flaktgroup on the night. Winning is a fantastic achievement; innovation is one of Nuaire’s core values and is promoted from the factory floor to the highest level of management and this award is a testament to the forward-thinking and design innovation of our staff.’

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Nuaire Boosts XBC Production with £1million Manufacturing Investment

Machine Investment XBC

The UK market leader in commercial ventilation, Nuaire has reacted to increased demand for its flagship heat recovery range with an investment of £1 million into a state-of-the-art production line.

Since its launch in 2012, the XBC remains the UKs most popular packaged heat recovery range, renowned for its innovative, compact design. In order to match customer demand with quicker build times, Nuaire has made the substantial investment with the introduction of a flow-line manufacturing facility at its factory in Caerphilly.

Managing Director, Wayne Glover explains: “Traditionally, production operators have made XBC units by bench build, where each unit is built by hand from start to finish by one individual. With the new flow-line process, we can greatly reduce the build time for each unit, making a 30% improvement in productivity whilst retaining the same high quality that our products are known for.”

In order to achieve the ambitious build-time reductions, the manufacturing team has split production into 10 balanced operations, based on the tried and tested ‘Takt’ time principle. The new layout sits within the XBC cell’s existing footprint, and includes the introduction of workplace organisation, standard work and visual management to maintain an efficient working environment.

With powered rollers throughout the system, height-adjustable lift tables, and manual turntables which reduce operator movement, the new XBC flow line will deliver quicker build times and allow Nuaire to react faster to customer needs.

"This investment will enable us to match growing customer demand for the XBC range", continues Mr Glover. "We have worked hard to maintain the product's position as market leader by saving our customers energy and time-on-site. By implementing this flow-line process, we can ensure the same high quality for which the XBC range is known, whilst making more products on faster lead times."

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Reducing the Risks; Indoor Air Quality

Traffic Pollution image

Air pollution is now recognised to be the greatest environmental threat to human health in the UK. A major health risk, it is more harmful than passive smoking and, according to Public Health England, is responsible for as many deaths as alcohol. Reducing exposure to air pollution is now a major government initiative, but the challenge is vast.

Evidence from the Royal College of Physicians and the World Health Organisation states that as many as 40,000 deaths each year are the result of air pollution and poor indoor air quality, with long-term exposure linked to asthma, heart and lung disease, cancer, dementia, diabetes and stroke.

Exposure to high concentrations of pollutants is harmful to our health, and the effects are cumulative, causing damage at every stage of our lives. Elderly people and those with existing health conditions like asthma and heart disease are particularly at risk from poor air quality. Episodes of high air pollution are linked to spikes in hospital admissions with respiratory problems and cardiac arrests, and to increased mortality rates. Children are also vulnerable, developing long-life health problems like asthma as a result of early exposure to air pollution. An investigation into the death of a child in London due to asthma has, for the first time, explicitly named poor air quality as the main cause. Sadly, this landmark case is likely to be the first of many. Action to protect the most vulnerable from harmful pollutants, at home, at work, at school and when travelling, is needed now.

Invisible But Deadly 

So what are the culprit gases and particles that are of most concern? The government has a statutory obligation to keep concentrations of some pollutants below a certain level. These are fine particulate matter (PM2.5), nitrogen dioxide (NO2 and NOX), non-methane Volatile Organic Compounds (NMVOCs), ammonia (NH3) and sulphur dioxide (SO2).

These pollutants come from many sources, including road traffic, industrial processes, agriculture and domestic fuel burning. Some of these pollutants react in the air, in sunlight and with each other to form other pollutants. Both NOX and VOCs react with other pollutants and in sunlight to form low level ozone. Ammonia converts to Particulate Matter after several days in the atmosphere, while sulphur dioxide combines with water to form acid rain.

Reactions between NOX, sulphur dioxide and ammonia form secondary PM. The process is fast, continuous and highly unstable. Add the influence of weather and you have a bigger problem. Day-to-day changes in weather have a great influence on air quality.  High winds can transport PM and ammonia a long way from their original source, increasing exposure in other areas. In urban areas, air pollution levels are often highest on warm, still days when dispersion is limited and sunlight causes chemical reactions.

Road transport is the largest single source of nitrogen dioxide emissions and also produces Particulate Matter, VOCs, SO2 and ozone. People living near busy roads are at greatest risk of exposure to air pollution both as they travel outside and in their homes. In fact, levels of N02 can be as high inside the home as they are at the roadside in high pollution areas.

In a recent report by the World Health Organisation which has made headline news in the British press, it was highlighted that 37 of 43 air quality zones across the UK have failed to meet EU limits on N02. These regions will have streets or larger areas that are labelled Air Quality Management Areas or AQMAs for failing to meet air quality objectives set by government. There are currently 725 in England, 45 in Wales, 43 in Scotland and 42 in Northern Ireland, so the problem is sizable and widespread.

A Disparity Between New and Existing Homes

With what is now known about the health effects of air pollution, focus has turned to mitigation techniques to keep pollutants out of the home. Technology for air filtration in new build developments is making great strides, with highly-effective carbon filter products that work as part of a ducted Mechanical Ventilation with Heat Recovery (MVHR) system.

Nuaire launched its inline IAQ-BOX system which removes up to 99.5% of NO2 and up to 85% of PM2.5. Last year, we took this concept further with the design of the first carbon filter supply air valve which is highly effective yet easier and quicker to install and maintain.

Protection for occupants in newly built homes in high pollution areas already exists and in many cases, is becoming a planning condition. But when you consider there are 27 million existing homes in the UK, compared with 170,000 new homes built each year, the disparity is clear. The industry has been waiting for a solution for the millions of existing homes that are blighted by poor air quality.

As MVHR systems with carbon filtration require ducting through the property, they are highly intrusive to install in existing homes. Many existing properties are ventilated using intermittent extract fans, which are not effective at preventing the ingress of pollutants or their removal.

Finally, A Retrofit Solution

Nuaire has developed a new technology for existing homes. The Noxmaster is a whole house ventilation system that combines a trusted technology called Positive Input Ventilation or PIV with the same high-efficiency carbon filtration as used in new-build homes.

We are currently running tests with Noxmaster at Hafodyrynys Hill, Caerphilly - the most polluted street outside of London, as named by the World Health Organisation.  A controlled test house has been monitored for a number of months to show the difference between the pollution levels at the roadside, the pollution levels in a typical property, and the greatly reduced NOX levels with the Noxmaster installed. The results are exciting.

The Noxmaster combines a powerful carbon filter with a strategy invented by Nuaire over 45 years ago, Positive Input Ventilation (PIV).  This combination removes up to 99.5% of nitrogen dioxide and other harmful pollutants generated by traffic emissions and industrial processes. It delivers clean, filtered air into the home, improving the indoor air quality to within safe levels.

The secret weapon here is activated carbon. The carbon media held inside a cartridge is microporous and has a much larger surface area than its external dimensions suggest. A spoonful of activated carbon equates to the surface of a football field. Through a process known as ‘adsorption’, the pollutants are attracted and held on the surface of the carbon, trapping them before they enter the home.

An additional benefit of the Noxmaster is the reduction in humidity levels which prevents condensation dampness, and its ability to flush out pollutants generated inside the home from the use of household products, cooking with gas and burning fuel.

Reducing Exposure Saves Lives

With growing concern over poor indoor air quality and air pollution, some homeowners are taking steps to monitor and control the air in their homes using apps and consumer air purifiers. This can lead to a false sense of security as the removal of gases and particulates from the air is a complex process. It requires mechanical ventilation and carbon filtration to treat the air throughout the home, and control the pollutants generated inside the home.

£20 billion is the estimated cost of air pollution in the UK. Reducing exposure to pollutants whilst at home can save lives and improve the quality of life. We spend an average of 16 hours a day at home, and often the most vulnerable members of our society, babies and young children and the elderly, spend substantially more time in the home.

With the right technology, the control of pollutants in existing homes is now achievable. While we wait for a long-term solution to air pollution, products like the Noxmaster should help reduce diseases like asthma, heart disease and cancer, and increase life expectancy for thousands of people.

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Nuaire Harnesses Plant Power to Highlight Air Pollution

Filters

On a wet and misty Wednesday in June, an eager team from Nuaire downed-tools, PCs and gantt charts, and picked up shovels, forks and wheelbarrows for an activity not typically linked to  fan manufacturers.  We planted an Air Quality garden for the children of Cwrt Rawlin Primary School in Caerphilly.

As you would expect, Nuaire’s focus is on improving indoor air quality through all forms of mechanical ventilation. If the outside air is polluted, we offer systems like the new Noxmaster which filter gases and particulates using carbon and hepa filters. But employees also interested in environmental initiatives that can play a role in reducing outdoor air pollution, and urban planting is inspiring example with a myriad of benefits.

Numerous studies have established that certain species of trees, shrubs and plants can play an important role in mitigating air pollution. Citizen Sense, a research group funded by the European Research Council, recently created a tool-kit for planting air quality gardens. In the run-up to Clean Air Day, 21 June 2018, we came across the Phyto-Sensor toolkit and found the evidence of plant power highly compelling. Did you know trees and plants can capture particulate matter, absorb pollutant gases and repair polluted soil?

We were keen to put this knowledge to use, and partnered with our local primary school to plan and create an Air Quality garden as a learning resource for the children.

It has been heartening to learn how many staff at Nuaire are passionate about plants, and keen to get their fingers dirty for an environmental project. Our team of 13 gardening experts came from all parts of the business, and included our Business Ops Director, Commercial Sales Director, Engineers, Procurement Manager, Manufacturing Technicians and – of course – members of the Marketing Team (off-piste ideas are our domain).

Our air quality garden comprised of a range of trees and plants, all known to reduce air pollution or ‘bioindicate’ – to change appearance when pollutants are present. With neither the time nor prowess of Alun Titchmarsh’s ‘Ground Force Team’, we designed a planting scheme that could be finished in a working day, and that would be easily-accessible to the children.

For height and structure to our flowerbeds, we planted Silver Birch trees, which clean the air by trapping PM10 and PM2.5, and clean the soil by taking up heavy metals. The shrubs included Aster, Salvia, Heuchera, Lavender and Geraniums, all of which are effective at removing particulates or nitrogen dioxide, and, in some cases, both.

Since the garden was planted over a week ago, we have been delighted to witness how quickly the children and teachers have warmed to the garden, making it their own. Today, we made a visit to see how the plants and shrubs were fairing in the heat and spoke to the Head of School, Mrs Lloyd.

While we watched a group of 20 or so children moving happily around the plants and taking turns to sit on the new bench and spruced-up wooden seating area, Mrs Lloyd expressed how pleased the children and teachers are with the new green space. The project has been incredibly rewarding for all involved and positive way to highlight the issue of air pollution in affected areas, like Caerphilly.

While the grounds of Cwrt Rawlin Primary school are lined with trees and shrubs, the borough of Caerphilly contains two Air Quality Management Areas or AMQAs, which means air pollution levels are high enough to impact the health of people living in these areas.

An AQMA is defined by failures to meet air quality objectives set out by DEFRA. This could be one or two streets or a much bigger area.  Caerphilly town centre is an AQMA and is also home to Hafodyrynys Road, one of the most polluted streets outside of London.  

Air pollution affects children more than adults because it reduces lung growth and causes asthma.  It’s important to arm them with age-appropriate information about pollutants, their sources and what they can do to reduce their own exposure.  While we’ll continue to advise and educate about indoor air quality, we have been hugely inspired by the power of urban planting and the simplicity of planning an Air Quality garden. We hope to encourage other schools to take up the green-finger challenge in their own grounds. 

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Nuaire Marks Clean Air Day with Launch of First Retrofit Carbon Filter PIV System

Clean air house image

Leading ventilation manufacturer Nuaire, based in Caerphilly, Wales, hopes to prevent thousands of deaths caused by air pollution with what they believe is a revolutionary technology for existing homes.  To coincide with national Clean Air Day on 21st June, the company is launching the Noxmaster whole-house ventilation system for the retrofit market. 

The Noxmaster combines a powerful carbon filter with a strategy invented by Nuaire over 45 years ago, Positive Input Ventilation (PIV).  This combination removes up to 99.5% of nitrogen dioxide and other harmful pollutants generated by traffic emissions and industrial processes. The Noxmaster delivers clean, filtered air into urban homes, improving the indoor air quality to within safe levels, as recommended by the World Health Organisation (WHO). A recent WHO report cited 44 UK cities have air too toxic to breathe safely. 

The Royal College of Physicians estimates that up to 40,000 early deaths each year are the result of air pollution, with long-term exposure linked to lung and heart disease, asthma, stroke and cancer. Reducing exposure to air pollution is now a major government initiative, outlined most recently in the Environment Minister’s Clean Air Strategy.

Until now, using carbon filters to scrub airborne pollutants from indoor air has only been used with mechanical ventilation systems which are ducted from each room in a new build property. Retrofitting these systems into existing dwellings is both difficult and highly intrusive. However, Nuaire’s Noxmaster invention now means that any urban home with a loft can have a carbon filter ventilation system installed.

Nuaire Business Ops Director, Andy Mudie, explains the thinking behind this revolutionary product: “With rising air pollution levels, installing carbon filters in urban homes has become a planning condition in many parts of the country. But with an estimated 27 million existing homes in the UK, compared with 170,000 new homes built each year, the disparity is clear. The industry has been waiting for a solution for the millions of existing homes that are blighted by poor air quality, and this exciting new development addresses the issue for the wider population.

“Noxmaster is the first time a retrofitable whole-house ventilation system has addressed air quality with carbon filtration. It’s about giving homeowners and tenants living near busy roads the peace of mind that, by installing a system in their loftspace, their long-term health will be safeguarded.”

Noxmaster combines the PIV strategy with a powerful carbon filter that removes up to 99.5 of nitrogen dioxide and up to 75% of particulate matter (PM2.5). Exposure to NOX and PM2.5 reduces life expectancy through a range of diseases including lung cancer, dementia and diabetes.

Nuaire is currently running tests with Noxmaster at Hafodyrynys, Caerphilly - the most polluted street in Wales.  A controlled test house has been monitored for a number of months to show the difference between the pollution levels at the roadside, the pollution levels in a typical property, and the greatly reduced NOX levels with the Noxmaster installed. Test results are likely to be available in early August.

With growing concerns over air pollution levels, an increasing number of homeowners are taking steps to monitor and control the quality of their indoor air using consumer products such as air purifiers. Nuaire Product Development Manager, Richard Jenkins, believes this may lead to a false sense of security: “Removing gases and particulates from the indoor air is complex and requires a process that filters the air throughout the property.

Air purifiers can only treat the air in one room, and their effectiveness depends on the room’s exact size, its use and proximity to the roadside. In short, you would need a purifier in every room in the home and that would still be far less effective than providing a single source of filtered air through a mechanical system, as the Noxmaster does.”

Adding carbon filtration to PIV has another major benefit in that it keeps condensation levels low. Mr Jenkins explained: “The PIV process used by Noxmaster treats the whole property, ensuring the air is constantly diluted and replaced with fresh, filtered air. Humidity is a major indoor pollutant, which leads to condensation dampness and mould growth. It keeps moisture levels low, whilst also forcing out pollutants generated by household cleaning and beauty products, cooking with fuel and using wood-burning stoves.”

With over 400 staff based in Caerphilly, Nuaire is a large employer for South Wales and an integral part of the community.  To raise awareness of the importance of air quality, Nuaire is holding an Air Quality Interactive Workshop with a local primary school, Cwrt Rawlin, on national Clean Air Day. The Workshop, which runs from 10am – 12pm, features engaging and fun presentations and scientific experiments looking at indoor air quality, how to reduce air pollutants in the home including positive input ventilation, and a Cyclone Ball game with teams challenged to remove the most ‘NOX particle’ balls.  A factory tour will be included, showing Nuaire’s world class manufacturing facilities. 

As part of the event a team of eight Nuaire employees has also plant an Air Quality Garden at Cwrt Rawlin School to encourage school children to think about ways to reduce air pollution. 

Find out more about Noxmaster here. 

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