- How It Works
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How It Works
About Indoor Air Quality Monitoring
Our workplace indoor air quality testing service uses real-time monitoring to provide a clear, continuous picture of the air your team is breathing. We deploy advanced Aranet and Awair sensors to track key pollutants and environmental conditions – detecting fluctuations and emerging trends as they happen.
You can choose between permanent monitoring or short-term air quality surveys, depending on your goals. This flexible approach allows us to quickly identify problem areas, support immediate remediation, and help you maintain safe indoor conditions over time.
The live data we capture supports regulatory compliance, informs building management strategies, and lays the groundwork for future certifications such as WELL or BREEAM. Whether you’re responding to complaints, planning improvements, or proactively safeguarding your workplace, we give you the insight and evidence to take confident action.
Service Benefits
- Capture trends of IAQ
- Calculate your local air quality index
- Longterm real-time reassurance
- Useful for certification purposes
Featured Project
Balancing Energy Consumption with Indoor Environment Quality in Co-op stores
Objectives
ARM Environments were commissioned to conduct an Indoor Air Quality (IAQ) assessment across three Co-op East retail stores: a small store at Wadgate Road, a medium store in Sible Hedingham, and a large supermarket in Felixstowe. The aim was to evaluate whether these environments were providing healthy conditions for staff and customers, identify opportunities for energy savings via HVAC systems, and troubleshoot any IAQ issues.
To gather insight into the stores' IAQ, we deployed AWAIR sensors around each of the 3 sites, verified that they were functional and calibrated, and left them to run for 6 weeks over August and October in 2022. This rather long testing period was chosen because it allows us to see specific patterns that we might miss through a shorter time frame. Essentially, we wanted to discover any underlying issues with their IAQ and see where the stores might be able to save some energy. These AWAIR sensors measured temperature, humidity, carbon dioxide (CO2), Total Volatile Organic Compounds (TVOCs), and Particulate Matter (specifically PM2.5) and recorded the results for ARM Environments to view remotely.
Solutions
Through our analyses, we discovered that the IAQ within the Sible Hedingham store was generally quite good. Whilst the he CO2 levels dropped to around 500ppm outside of peak times, which indicates that the store might be slightly over-ventilating their space. 400ppm is the rough concentration in our outside air, and levels below 600ppm are considered very good by many organisations, so this store could save some energy by reducing the ventilation rates during off-peak times. The stores on Wadgate Road and Felixstowe also displayed similar levels of over-ventilation.
Concerningly, we noticed high spikes in TVOCs and PM2.5s at specific times of the day — right when the delivery truck arrived. As our sensors proved, the air quality within the store would be directly affected by the arrival of these delivery vehicles, making the air worse for the staff and customers inside.
In the Felixstowe store, the temperatures recorded were consistently lower than expected, dropping to just 15 degrees Celcius in some areas. We noticed that the air temperature sensors were located on the ceiling 3-4 metres above the floor and positioned directly above the chillers and freezers. As these units cool the space to keep items cool, they generate heat which can only drift upwards towards the sensor. Essentially, this results in the sensors constantly recording high temperatures as a result of the hot air rising to the ceiling, and as a result the air conditioning units were perpetually trying to cool the space down. So, the space became very cold for shoppers, meanwhile the sensor was stuck in thinking that the space needed to be colder.
Results
To address the TVOC and PM2.5 issue, we discussed the options available to prevent the delivery vehicles contaminating the indoor air with pollution in the Sible Hedingham store. The manager decided that the trucks should arrive earlier when possible, as this gives the store time to flush-out the Particulate Matter and VOCs. Additionally, they would ask their drivers to turn off the refrigeration unit just before pulling into the loading dock as this would reduce the emissions from the vehicle.
With regards to temperature, we advised the Felixstowe management team to change the set point of the AC systems to reduce the over-cooling. In the upcoming winter, these overactive AC units could still pose a problem, and so we suggested installation of stratification fans in the ceiling to circulate the warm air throughout the indoor space.
Challenges
- Multiple retail sites
- Pollution from vehicles
- Uncomfortable indoor temperatures
"While our client initially approached us just to get IAQ insights, the discussion soon drifted into how the stores might be using excessive energy. Understanding how their air quality systems work would be the first step in helping them to reduce their energy consumption, save money, and create a better environment for their shoppers. We encountered a few little problems in these sites, but thanks to long-term monitoring, they should now have a more comfortable space with the added benefit of actually saving some money."
Adam Taylor, CEO of ARM Environments
Wellbeing
Energy Reduction
Customer Experience
Insights
Related Insights
Why Choose ARM?
We don’t offer general building services – we specialise in air quality, using the latest technology and best-practice frameworks to guide our assessments.
Our engineers are SafeContractor and BESA certified, and we play an active role in shaping UK standards like BS 40102. Whether you need a one-off air quality assessment or long-term monitoring support, we deliver insight, clarity, and meaningful results you can act on.
