Air Sensor News on Environmental XPRT

Air quality sensors track pollution

Original story at MIT News Glimpses of blue sky are becoming a rare sight in Delhi, India’s capital, particularly in wintertime, when a thick white haze smothers the city. David Hagan, an MIT PhD candidate studying atmospheric chemistry and a Fellow in the MIT Tata Center for ...

Jun. 15, 2016

By MIT - Massachusetts Institute of Technology

Dyacon Air Sensors Combine Temperature, Pressure, and Humidity

Dyacon air sensors, both the Modbus-compatible and SDI-12 versions, are digital output sensors that measure air temperature, barometric pressure, and relative humidity. The low-power sensor elements ...

Nov. 16, 2014

By Dyacon, Inc.

Value for money air quality sensors for smart cities

Smart city projects increasingly seek to include air quality measurements. If city authorities and the public are being asked to act based on air quality readings they must be credible. Whilst cheap sensors may offer easily integrated readings, they offer poor value for money if the information they produce cannot be trusted by the public, smart city project managers and stakeholders. The search ...

Feb. 1, 2017

By AQMesh

NIWA trials new generation air quality sensors

For the past 12 months NIWA has been testing a prototype low-cost dust sensor package called ODIN, or Outdoor Dust Information Node. The first field trial is about to get under way in Rangiora, North Canterbury. Air quality scientist Dr Ian Longley says this new generation of low-cost sensors has the potential for communities to observe, understand and control their local air quality in a much ...

Aug. 10, 2015

By National Institute of Water and Atmospheric Research (NIWA)

Exposing Indoor Air Quality with YESDUST Particulate Sensor

Delta, B.C. – Critical Environment Technologies Canada Inc. (CETCI) recently introduced YESDUST. This particulate sensor is designed to be used in conjunction with the multi-sensor indoor air quality (IAQ) monitors developed by CETCI, such as the YESAIR. YESDUST is a low-cost, hand-held, battery powered device. It contains a self-aspired, optical sensor that utilizes convection (heated air) to ...

May 6, 2010

By Critical Environment Technologies Canada Inc. (CETCI)

Finalists of air pollution sensor challenge announced

Four finalists have been selected in the My Air, My Health Challenge, sponsored by the National Institutes of Health (NIH) and its challenge partners. Each finalist will receive $15,000, and will transform their designs to measure air pollutants and related physiological measurements into working systems. One overall winner will receive a cash award of $100,000 to be announced in June 2013. The ...

Nov. 15, 2012

By National Institute of Environmental Health Sciences (NIEHS)

Quantifying air quality in Cambridge by combining sensors with computer modelling

CERC have been collaborating on a project to study ambient air quality across Cambridge using a large number of sensor nodes and computer modelling. 20 AQMesh sensor pods have been placed at key points around Cambridge (see top picture), measuring air quality in near real time. Comparisons against a reference instrument give very encouraging results, as shown in a ...

Feb. 27, 2017

By Cambridge Environmental Research Consultants (CERC)

ADVANTICSYS Releases New Wireless Indoor Air Quality Sensor

ADVANTICSYS introduces a new IEEE 802.15.4 wireless sensor compatible with DM-124 wireless Modbus networks. The new product, called IAQM-THCO2 is capable of measuring air ...

Jun. 23, 2014

By Advantic Sistemas y Servicios S.L

EPA and NIH announce challenge to develop personal air pollution and health sensors

Members of the media are invited to attend an announcement on a new nationwide competition called the My Air, My Health Challenge at the Health Data Initiative Forum III: The Health Datapalooza. The competition is offering awards for developing a personal, portable sensor system that measures air pollution and a person’s physiological response to it. This event is open to the public. Press ...

Jun. 5, 2012

By US EPA - Environmental Protection Agency

Ball Aerospace Wins Contract to Build Air Quality Sensor for KARI

Ball Aerospace & Technologies Corp. has been awarded a contract from the Korea Aerospace Research Institute (KARI) to build the Geostationary Environment Monitoring Spectrometer (GEMS) for the National Institute of Environmental Research in the Ministry of Environment of South Korea. GEMS is a geostationary scanning ultraviolet-visible spectrometer designed to monitor trans-boundary ...

May 13, 2013

By Ball Aerospace & Technologies Corp.

DP-702LH differential air pressure sensor board now available

An innovative new differential air pressure (ΔP) sensor configuration is now available for use with GrayWolf’s AdvancedSense™ and WolfPack™ instruments. By combining auto-ranging and auto-zeroing technology, this ΔP board offers superb low-end sensitivity, yet an exceptionally broad measurement range. There’s a trade-off between range and low-end resolution ...

Oct. 20, 2011

By GrayWolf Sensing Solutions

NIH, EPA announce competition to develop personal air pollution and health sensors

Members of the media are invited to attend an announcement, followed by press availability, on a new nationwide competition called the My Air, My Health Challenge. The competition is offering cash awards for developing a personal, portable sensor system that measures air pollution and a person’s physiological response to it. What Join leaders from the National Institute of ...

Jun. 4, 2012

By National Institute of Environmental Health Sciences (NIEHS)

Optimising local air quality models using sensor data - DMUG 2017

Amy Stidworthy from CERC recently presented preliminary results from an ongoing project to optimise ADMS-Urban modelling using data from a network of low cost pollution sensors at IAQM's annual conference for dispersion modellers, DMUG 2017. This work is part of a wider collaboration between ...

Apr. 20, 2017

By Cambridge Environmental Research Consultants (CERC)

AQMesh demonstrates legitimacy of small sensors for air quality in Cambridge

At the RSC AAMG event on ‘Air Quality Monitoring: Evolving Issues and New Technologies’ Professor Rod Jones of the University of Cambridge presented a paper showing very encouraging results. “Because we know that all the pods read the same and because we have a comparison between one pod and a reference instrument we can ...

Jan. 31, 2017

By AQMesh

Real-world monitoring of air quality using low cost air quality sensors

The emergence of sensors capable of measuring the gases and particles that make up air pollution, especially in cities and industrial areas, has driven many academic studies which evaluate the sensors and compare performance against reference methodology. Such projects provide valuable and thorough assessment, but they currently work slower than the pace of low cost sensor system development. In ...

Oct. 4, 2016

By AQMesh

Miniaturized sensors that control indoor pollution

The indoor building environments that we live and work in contain several contaminants that threaten the quality of the air that we breathe. Compounds like benzene and formaldehyde, which come from cleaning products, cosmetics, varnishes and paint, float in our indoor environment, along other polluting agents that tend to come in from outside (carbon monoxide, nitrogen oxides). These compounds ...

Nov. 5, 2014

By Elhuyar Fundazioa - Basque Research

New Aerosol Sensor from Kanomax

We will be introducing an aerosol monitor that can be integrated into existing Ethernet networks. This monitor has a color-coded display that makes it easy to read at a glance. It can also be configured to alert the user remotely if the particles exceed a custom-set threshold. This instrument is ideal for high-traffic areas such as the gowning area before an actual cleanroom. The included PC ...

Aug. 13, 2013

By Kanomax USA, Inc.

Low pressure sensor for HVAC filters

Honeywell has developed a new ultra-low pressure sensor for HVAC applications. The TruStability Ultra-Low Pressure Sensors HSC (High Accuracy Silicon Ceramic) Series and SSC (Standard Accuracy Silicon Ceramic) Series have high sensitivity with high overpressure and burst pressure. This technology protects the sensor and can sense very small changes in pressure. It can also work in environmental ...

Aug. 16, 2011

By Filtration + Separation - Elsevier Ltd

TVOC Sensor Boosts AQM Performance

Particles Plus revealed their new PID and NDIR environmental sensors, enhancing performance for their line of Air Quality Monitors. While previous versions performed to specification, the new sensors bring their environmental monitoring to a new level of accuracy and repeatability. The enhanced sensor for CO2 employs a sophisticated non-dispersive infrared (NDIR) detector that, coupled with free ...

Jan. 25, 2016

By Particles Plus, Inc.

New sensor capabilities for AQM Series

Particles Plus revealed their new PID and NDIR environmental sensors, enhancing performance for their line of Air Quality Monitors. While previous versions performed to specification, the new sensors bring their environmental monitoring to a new level of accuracy and repeatability. The enhanced sensor for CO2 employs a sophisticated non-dispersive infrared (NDIR) detector that, coupled with free ...

Jan. 25, 2016

By Particles Plus, Inc.

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