All AQMesh pods are built to order at our UK factory, with a standard lead time of only 2 weeks, which includes our rigorous sensor characterisation and quality control process to ensure the best possible out-of-the-box accuracy.
Select your application below for recommended gas and PM specifications, or build your own with our AQMesh configurator.
AQMesh pods have been operating in real-world applications for the past decade. Across six continents and in all seasons, AQMesh pods have experienced some of the harshest conditions and environments around the world. By co-locating AQMesh pods with certified reference instruments in these real-world conditions, a wealth of datasets and working knowledge of the sensors has been collected, pushing AQMesh accuracy and reliability further than any other small sensor manufacturer.
Shows summary of global co-locations against MCERTS standards, with the green line indicating MCERTS Indicative limit (scaling allowed) and purple line indicating MCERTS Equivalence limit (scaling not allowed)
Shows summary of global co-locations against EPA targets for linearity (R2) :- O3 >0.8, NO2 > 0.7, CO >0.8 and slope: O3 0.8-1.2, NO2 0.65-1.35, CO 0.8-1.2
AQMesh is also verified in a variety of independent trials and academic trials and studies, been trusted by hundreds of users around the world as well proving the legitimacy of small sensors for smart cities and leading the way for small sensor certification.
If you are interested in more information about AQMesh accuracy, various global standards and certifications for small sensor systems, or would like to see more performance data, please get in touch and our experienced team will be happy to share this with you.
All AQMesh pods measure pod temperature, relative humidity and atmospheric pressure as standard and do not need to be specified.
AQMesh air quality monitoring systems offers a range of power supply options depending upon your monitoring requirements.
The smart solar pack is our most popular choice, offering autonomous continuous power all year round. Internal lithium batteries are useful for pods monitoring gases only.
Rechargeable NiMH battery
Mains DC power
Smart solar pack
AQMesh is available with a range of secure data access packages tailored for varying levels of requirements. AQMesh currently offers three different methods of secure data access from its bespoke AQMeshData server:-
Click here for more information about AQMesh data access packages.
Meaningful correction of cross-gas effects and interference from environmental conditions is consistently delivered through proven and traceable processing.
AQMesh processes and stores all readings on its bespoke secure server which can be accessed by a website login or API to integrate with other systems, or it can be simple emailed to you at your preferred schedule.
With measurements processed and stored on the secure AQMeshData server there is no need for site visits to retrieve data and should anything untoward happen to the pod, data is still perfectly safe and accessible. The on-board buffer ensures no data is lost if comms are interrupted but cloud processing keeps hardware power demands to a minimum.
AQMesh pods are neat, compact and easy install within just a few minutes and experienced technical staff are not required. A 90 second installation video shows just how quick it is to be up and running.
AQMesh pods require very little maintenance and there is a very low ongoing cost. All we recommend is the electrochemical sensors are replaced every two years, and we replace all sensors for free during the first year.
Robust hardware, wireless communications and the secure AQMeshData server mean AQMesh pods can easily reconnect themselves and continue to capture data if power is ever interrupted. Faults or failures can be detected, diagnosed and resolved swiftly and remotely, without the need to visit the equipment.
Whether you’re a mining operator or a consultant offering monitoring services to your mining clients, AQMesh offers a robust, versatile and reliable solution for air pollution monitoring across the site and along the site perimeter.
Fenceline monitoring – or perimeter / boundary monitoring – is the process of monitoring emissions from industrial facilities along the site’s boundary, in order to ensure that any pollution from the site’s operational activity are either not escaping off the site, or if they are they are not exceeding any regulatory limits.
The impact of the industrial and manufacturing sectors on the environment has never been more of a priority. Reducing their effects on air quality due to pollutants such as nitrogen oxides, sulphur dioxide, particulates and VOCs are a key focus for many organisations and regulatory agencies.
Air quality monitoring is the process of monitoring ambient pollutants, particles and dust from construction sites, in order to ensure that any pollution from the site’s operational activity are either not escaping off the site, or if they are they are not exceeding any regulatory limits.
Monitoring air quality is essential for authorities to ensure pollution levels in the area do not exceed regulatory limits. The air quality data gathered can be used to identify pollution sources, as well as develop strategies and inform policies to manage levels of air pollution and mitigate its impact on the health of the population.
Consultancies and research facilities are working with partners throughout the world to provide air quality monitoring and management services.
Transportation is one of the largest contributors to a reduction in air quality, especially in urban areas, producing many pollutants including nitrogen oxides, particulates and noise from roads, airports, rail networks and ports.
As part of the KfW investment project in the Navoi region of Uzbekistan, the NBT team have been using AQMesh to take accurate measurements of ambient air emissions.
100 AQMesh pods are used as stationary monitoring points in the groundbreaking Breathe London pilot.
AQMesh air quality monitoring pods are being used at the airport to monitor gases from a nearby volcano.
AQMesh air quality monitoring pods have been selected for use in a project to control the ventilation of a road tunnel in the city of Marseille.
50 AQMesh pods are installed in Minneapolis and St. Paul to build up a picture of air quality across the two cities.
AQMesh is used to monitor air quality in communities living near the Masaya volcano.
Mining sites are generally dusty places – but how dusty? Is the health of workers at risk, could local communities be affected or operations compromised?
Each time we think we have found a spectacularly remote air quality monitoring location, an even more inaccessible spot is reported by one of our users. Full-day trips to visit a location have now been beaten by customers who need to charter a plane to reach them. So, remote diagnostics and support are very important.
We are often asked by customers whether AQMesh can operate in cold conditions. Long-term use at temperatures well below freezing, with ice and snowfall, is indeed challenging.
If you are responsible for air pollution around an oil, gas or industrial site, you have a range of options at different price points. AQMesh offers a cost-effective way to continuously monitor ambient air quality, as frequently as every minute, with readings accessed securely online and user-settable alerts.
Anybody in the market for purchasing a small sensor air pollution monitoring system will need to consider budgets, but it’s not always obvious how the products being reviewed actually compare across their full operational life.
Autonomous power can make all the difference in hyper-local air quality monitoring. With particulate matter sampling needing a little more power than passive gas sensors, solar is the go-to power option, rather than internal battery. Most systems require sufficiently little energy that they can be powered by a relatively small solar panel, but it’s the back-up power management that makes all the difference.
Contact our experienced team today for more information about AQMesh and how it can support your monitoring objectives.
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