UToledo Research & Sponsored Programs的动态

Emerging sensor-based monitoring technologies are empowering communities and individuals to take control of their air quality. Sensor-based technology has made significant advancements in recent years, offering an accessible and cost-effective way to measure air quality. While these sensors may not yet match the precision of traditional regulatory-grade monitors, they are increasingly accurate and reliable when properly maintained. Many modern sensors can provide real-time data on pollutants like fine particulate matter (PM2.5), making them valuable for community-level monitoring and raising public awareness. However, factors such as environmental conditions and sensor placement can affect accuracy. Combining sensor-based technology with traditional monitoring methods can provide a more comprehensive understanding of air quality. Watch our reel featuring Dr. Anna Farquhar here: https://lnkd.in/gDW-jEQJ #AirQualityMonitoring?#SensorTechnology?#DataForGood?#AirQualityMatters?#InnovativeAirMonitoring?#YEGAirshed Aeroqual Liveable Cities Bettair Cities PurpleAir, Inc.

Genesis Unveils Emerging Technology, HOCl Atomizing, for 'Air Quality Awareness Week' — MediaContacts.co — HOCl atomizing is the safest, most #effective and #natural method for controlling #airborne contaminants. FREDERICK, #Md May #8 #2024 /PRNewswire/ -- Frederick, MD-based #Genesis +?HOCL introduces two HOCl atomizing #machines for #Air #Quality #Awareness #Week Genesis is the #sole #US #distributor of this #technology previously only #available in #Japan and #South #Korea bringing the Genesis #26 and UX4 to the U.S. #market for #business and #residential applications. HOCl atomizing is the safest, most effective, and natural method for controlling airborne contaminants, including viruses, bacteria, #mold and allergens. Genesis + HOCL is distinctive as the only air quality control technology that simultaneously targets harmful pathogens both in the air and on surfaces. Genesis + HOCL, headquartered in Frederick, MD, is a pioneering company at the forefront of HOCl atomizing technology. Established in 2020, Genesis + HOCL is revolutionizing disinfection with its comprehensive approach. Harnessing the power of Hypochlorous

The Benefits of Air Quality Modelling ?????? You’ve probably heard about air quality models or air quality modelling, but do you know what purpose they serve? ?? Air quality modelling bridges data gaps with calculated estimations, empowering more informed decision-making. With MyAir?, you can access accurate, high-resolution hourly air quality data, delivering actionable insights while fully meeting the data quality objectives of the EU Air Quality Directive (2008/50/EC). ? Key Benefits of Air Quality Modelling ? ?? Provides data where monitoring isn’t available Offering critical insights for areas without physical sensors. ???? Supports scenario analysis and long-term forecasting Simulate hypothetical situations and predict trends to plan effectively. ???? Identifies pollution sources Pinpoint contributors to poor air quality, enabling targeted interventions. Over the next few weeks, we’ll explore how air quality modelling is used and highlight the latest features available on MyAir?. Check out the newest updates on your account today—or get in touch for a free trial! https://lnkd.in/exhudzfG #EarthSense #AirQuality #Data #Modelling #MyAir #MappAir #AirPollution

What benefits do low-cost air quality sensors offer that can give researchers new insights? 1. Localized data. These sensors can be deployed in specific areas, offering detailed, localized data that might be missed by larger, less frequent reference monitors. This helps identify pollution hotspots and understand variations within smaller geographic areas. 2. Expanded coverage. By increasing the number of monitoring points, low-cost air quality sensors can extend the spatial coverage of existing air quality networks, capturing more comprehensive data across diverse environments. 3. Real-time monitoring. Many low-cost sensors provide real-time data, allowing for immediate analysis of air quality changes and quick responses to emerging pollution events. 4. Cost-effectiveness. Their lower cost makes it feasible to deploy a larger number of sensors, leading to more extensive data collection and improved trend analysis over time. 5. Integration with other data sources. When combined with data from satellite observations, reference-grade monitors, and other sources, sensors data can help validate and enhance overall air quality assessments, offering a fuller picture of pollution sources and impacts. 6. Community engagement. These sensors can be used in community-based monitoring programs, fostering public awareness and engagement with local air quality issues. ?? If you study air pollution, consider the Atmotube PRO air quality monitor for your research. #airquality #airqualitymonitoring #airqualitymonitor #research #environmentalresearch

Why is AVL engaging in Ultrafine particle (UFP) monitoring ? ?? You can discuss this with us next week in ???? With Stefano Parigi and Jack Brice CEng MIMechE In Birmingham at #AQE 2024 at The NEC, Birmingham on 9-10 October at booths I19/J18 ?? or watch the video ?? or read the text here: Ultrafine particle (UFP) monitoring, particularly for particles around 10 nanometers, is critical due to their health and environmental impacts. UFPs, typically under 100 nanometers, can penetrate deep into the lungs and enter the bloodstream, leading to health risks. Relevance of Ultrafine Particles: 1. Health Impacts: UFPs are linked to respiratory, cardiovascular, and neurological issues, with their small size allowing them to bypass bodily defenses and reach vital organs. 2. Environmental Impact: UFPs contribute to air pollution and affect atmospheric processes, including cloud formation and climate effects. 3. Regulatory Pressure: Increasing regulatory focus on UFPs in urban and high-exposure areas, though standards are still under development. Current Efforts in Monitoring: 1. Standardization and Guidelines: Ongoing work, particularly in the EU, to establish UFP emission standards and guidelines for health risk assessment. 2. Networks and Pilot Programs: Various cities, especially in Europe and North America, are integrating UFPs into air quality networks via research and pilot projects to assess concentration, sources, and risks. 3. Advanced Instrumentation: Accurate UFP monitoring requires advanced tech for real-time measurement of particle size, number, and surface area, with growing emphasis on portable instruments. Measurement Consequences and Impact: 1. Public Health Implications: UFP data enables targeted public health interventions and stricter air quality regulations in high-risk areas. 2. Emission Standards: UFP monitoring is driving stricter emission standards, particularly in transportation and industry, to reduce exposure. 3. Urban Planning and Policies: UFP data informs urban design, helping reduce traffic and promote greener infrastructure to lower pollution levels. 4. Technological Innovation: Growing demand for precise UFP monitoring is driving innovation in sensor technology, enhancing real-time pollution tracking and broader environmental monitoring. In summary, UFP monitoring is increasingly essential due to health, regulatory, and environmental demands. Efforts focus on improving technology and standards to mitigate UFP risks. #ww520 #ww267 #technology #markets #innovation #future #strategy #AQE2024

?????? ???????????? ?????? ?????????????? ???????????????????? ???????????? ???????????? ???????? ???? ???????????????? ???? ?????????? ?????? ??,??????.???? ?????????????? ???? ????????, ???????????????????? ?????? ???????? ???? ??.??% ???????????? ?????? ???????????????? ????????????. ?????? ???????? ???????????? ??????????????, ??????????: https://lnkd.in/dgeHxSnx #Air_quality_monitoring_systems play a crucial role in addressing public health concerns by providing real-time data on the levels of various air pollutants. As the world becomes more urbanized and industrialized, air pollution has become a critical issue with far-reaching implications for human health and well-being. Technological advancements have transformed air quality monitoring systems, enhancing their accuracy, coverage, and accessibility. For instance, the integration of low-cost, miniaturized sensors with wireless communication has led to widespread deployment of portable monitoring devices. #airquality #monitoring #systems #market #airpollution #environment #cleanair #airsensors #environmentalmonitoring #smartcity #sustainability

Genesis Unveils Emerging Technology, HOCl Atomizing, for 'Air Quality Awareness Week' — PRBuzz.co — HOCl atomizing is the safest, most #effective and #natural method for controlling #airborne contaminants. FREDERICK, #Md May #8 #2024 /PRNewswire/ -- Frederick, MD-based #Genesis +?HOCL introduces two HOCl atomizing #machines for #Air #Quality #Awareness #Week Genesis is the #sole #US #distributor of this #technology previously only #available in #Japan and #South #Korea bringing the Genesis #26 and UX4 to the U.S. #market for #business and #residential applications. HOCl atomizing is the safest, most effective, and natural method for controlling airborne contaminants, including viruses, bacteria, #mold and allergens. Genesis + HOCL is distinctive as the only air quality control technology that simultaneously targets harmful pathogens both in the air and on surfaces. Genesis + HOCL, headquartered in Frederick, MD, is a pioneering company at the forefront of HOCl atomizing technology. Established in 2020, Genesis + HOCL is revolutionizing disinfection with its comprehensive approach. Harnessing the power of Hypochlorous

Our webinar on the RAC Air Health Monitor is less than one week away, but it's not too late to register! Register here: https://shorturl.at/TBJb0 This groundbreaking project by the Royal Automobile Club of Western Australia (RAC WA) — developed in partnership with Clarity Movement Co. and Ramboll — is the largest ambient #airsensor network in Australia. The network combines 200+ state-of-the-art #airpollution sensors with advanced modeling techniques to provide air quality data at 200-meter resolution! Date: June 25th, 2024, at 9 AM Australian Western Standard Time Panelists: David BRODHAG — Technical Lead, Mobility and Sustainability Projects at RAC WA Julian Gomez — Manager, Demonstration Projects at RAC WA Martin Parsons — Principal, Air Quality, Environment & Health at Ramboll David Lu — Co-founder & CEO at Clarity Movement What you’ll learn: - How this project plays a critical role in RAC’s Vision 2030 for a safer, #sustainable, and connected future. - How RAC engagement initiatives with the local community have been planned and implemented. - How RAC works with project partners to ensure network integrity with their own reference graded station and calibration processes. - How the RAC Air Health Monitor is powered by a combination of cutting-edge sensor technology and the real-time Ramboll Shair model, which incorporates real-time traffic emissions, meteorological data, and industrial activity input to generate a localized model for visualizing #airquality. - How this data is presented via Ramboll Shair, allowing users to access both current and historical air quality information. Looking forward to seeing you there! #AirQuality #Sustainability #SmartCities #SustainableCities #TechInnovation #AirHealthMonitor

Using the Kelsius digital temperature monitoring systems, sensors record data in storage areas consistently and accurately, therefore preventing food and produce waste. Receive alerts remotely or on-site whenever there are temperature deviations outside of pre-determined parameters. Find out more - https://lnkd.in/ewRq6dhM? #sustainability #recyclablematerials #reducewaste

Breathe easier with smart tech. IoB smart cities use real-time air quality monitoring to reduce pollution & protect public health. https://ow.ly/uo9U50SsVOw #SmartTech #IoB #SmartCities