38 Air Monitoring Early users applaud AI air quality tool
A new web-based AI tool, designed to help create air quality assessments, is receiving rave reviews from initial users. Over 20 air quality consultancies are currently beta testing the Airly AI tool, which has been developed to accelerate air quality assessments for planning and development proposals. After two weeks of evaluation, the tool has been used extensively over 100 times, and Airly Product Lead Marta Steiner says: “The feedback has been very positive, 80% of all testing users reported very signifi cant time saving, with data collection taking seconds - instead of hours or days! and 70% of the Airly AI users said that the product exceeded their expectations.”
Developers and planning authorities utilise air quality assessments to model the air quality impacts of proposed developments, and with around 30,000 people dying prematurely from air pollution in the UK every year, these reports perform a critical role in sustainable development.
The Airly AI tool automates the gathering of information that would previously have been painstakingly obtained from multiple online sources of local geographic, environmental and transport data. For example, the Annual Status Reports, which include monitoring data, from 99% of Councils have been digitised by Airly AI, and 92% are now automatically available in the tool.
Certain features of the new tool have been found to be particularly benefi cial. For example, the majority of users indicated that editable tables with diffusion tube and monitoring site data bring the greatest value to their work, and most commented that the quality of AI generated content is equal to their own. Similarly, the automatic drawing of road links on the GIS map has been extremely popular; typically reducing the time taken for this task by around 70%.
The beta testing will end shortly, but Marta says: “This evaluation period has provided a great opportunity for air quality professionals to understand how Airly AI can help them. The users are using the Airly AI tool extensively in their everyday work, which clearly demonstrates the willingness of air quality companies to adopt new technologies and embrace new opportunities for their businesses.
“Feedback from these early users is being used to further enhance the tool’s capability because we are determined that it should be developed to meet their precise needs,” she adds. “The next milestone on the Airly AI road map is to enable air quality consultants to automate other types of air quality assessments.”
A simple and precise way to detect Radon contamination
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Lung cancer is a serious and deadly disease that affects millions of people around the world. Unfortunately, over ten percent of cases of lung cancer are linked to an excess of exposure to Radon, according to a report from the World Health Organisation.
Radon is an odourless, colourless radioactive gas that is present in varying degrees all around us. Most of the Radon in indoor air comes from soil and is proving to be more of a hazard than levels of Radon in the drinking water supply. When Radon rises into a home or commercial property, it can be trapped and build up to dangerous levels for people inside the building. The radioactive decay will then create alpha particles, which in turn can cause permanent damage to lung tissue.
In order to address the threat posed by Radon, Euro-Gas has created the Radon SS, a state-of-the-art phototransistor gas sensor that provides exceptional performance. With the ability to detect levels ranging from 0-65,000Bq/m3, and a standard range of 1750pCi/l Rn, this unique sensor is designed to be user-friendly and can be easily integrated into both portable and fi xed air quality and gas detection devices. Operators can rely on the complete data provided by the Radon SS, including current and average Rn alpha particle concentration, to effectively monitor and manage Radon levels.
The Radon SS is an innovative solution for detecting and monitoring Radon contamination in indoor environments. This simple and effective tool provides valuable information to help protect people from the harmful effects of Radon exposure.
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The new JCT Group brings forward innovative and well-engineered solutions to a broad range of industries. It provides gas and liquid sampling systems, air quality systems as well as gas, liquid and heavy metals analysers for various industries.
The JCT Group now consists of four specialised divisions: JCT Gas Sampling – for world-class gas sampling systems, JCT NextGen AQMS – born out of the acquisition of mlu-recordum, this division offers a cutting-edge AQMS solution for air quality analysis providing rest-assured precision and air pollution compliance to customers across the globe, JCT Liquid Sampling, who provide the process industries with innovative technology tailored to their liquid analysis requirements and JCT Process Analytics who create customised process measurement solutions for their worldwide clientele.
To see how JCT can assist you with your specifi c sampling requirements you can contact one of the sales managers at one of JCT’s offi ces in Austria, Poland, the Middle East, Singapore, Malaysia and the US, or one of JCT’s partners from their extensive global distribution network.
To meet JCT fi rst hand you can see them at the upcoming AQE/WWEM show in Birmingham UK and talk to their team of experts at booth J5.
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IET SEPTEMBER / OCTOBER 2024
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A new name in gas and liquid sampling – with some very familiar faces
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