Poster Presentations
ASIC is hosting poster presentations that cover a wide range of air sensor applications and projects for your review! The individuals and organizations listed below are excited to share and discuss their hard work with all attendees.
Posters will be displayed for the full duration of the conference for attendee viewing. Selected posters will give 1-minute rapid-fire presentations to the full audience following the breakout sessions on Wednesday. All participants are encouraged to review posters and ask follow-up questions of the presenters at the welcome reception.
See full Poster Abstracts here.
Presentations & Authors
| First Name | Last Name | Organization | Presentation Title |
| Matthew | Adams | University of Toronto Mississauga | Siting Monitors for use in Land Use Regression Modelling |
| Leslie | Allsopp | University of North Texas Health Science Center School of Public Health | Piloting the use of air monitoring in STEM internships to develop models for regional dissemination |
| Stavros | Amanatidis | California Institute of Technology | Miniaturizing particle sizing instruments for planned atmospheric studies: The Caltech-ADI Scanning Electrical Mobility Spectrometer |
| Maurizio | Barbiere | Joint Research Centre | Performance evaluation of low-cost sensors for the benzene and other Volatile Organic Compound in ambient air within the Key VOCs project. |
| Damian | Bikiel | UBA-FCEyN / INQUIMAE-CONICET | Testing low-cost sensors by means of passive samplers |
| Kaniska | Biswas | Indian Institute of Technology Kanpur | An Off-Centric Impactor to Reduce Particle Bounce Off: Its Design and Development |
| Philipp | Breitegger | Institute of Electronic Sensor Systems, Graz University of Technology | Quartz-Enhanced Photoacoustic Spectroscopy for Environmental Trace Gas Sensing with WSNs |
| David | Broday | Technion | In-situ calibration of wireless distributed environmental sensor network (WDESN) |
| David | Broday | Technion | Identifying the impact of a stone quarry on exposure to respirable particles |
| Steven | Brown | Sonoma Technology Inc | Variations in Wintertime PM Among Communities in Sacramento Measured with a Combination of Traditional and Low-Cost Sensor Methods |
| Bowen | Call | Utah Division of Air Quality | Integration of Sensor and Regulatory Air Monitoring Data through Concentration Interpolation and Hot Spot Analysis |
| Jonathan | Callahan | Mazama Science | A PM2.5 Swiss Army Knife for R |
| Shea | Caspersen | US EPA, Region 9 | Application of Visualization tools for Air Sensor Data Collected in Southern California |
| Maria | Castillo | Boston University School of Public Health | Field testing a low-cost passive aerosol sampler for long-term measurement of PM2.5 |
| Woody (William) | Delp | Lawrence Berkeley National Laboratory | Performance of Two Sensor-Based Methods for Measuring Formaldehyde and NO2 in New California Homes |
| Wanyu | Chan | Lawrence Berkeley National Laboratory | Long-Term Assessment of CO2 Sensors Marketed for Demand Controlled Ventilation Systems |
| Chia-Wei | Chang | ITRI, Taiwan | Evaluation Platform for Performance Inspection on PM2.5 Analyzers and Sensors in Taiwan |
| L.-W. Antony | Chen | University of Nevada, Las Vegas - Department of Environmental and Occupational Health | Undergraduate education using wearable sensors to train citizen scientists and increase air quality awareness |
| Yanju | Chen | California Air Resources Board | A Multi-Scale Framework for Community-Level Air Quality Analysis in California |
| Steven | Chillrud | Lamont-Doherty Earth Observatory of Columbia University | Serial dilution of inverted flame source as calibration approach for black carbon monitors |
| Andrea | Clements | U.S. EPA | Field Performance Evaluation of Four Low-Cost Particulate Matter Sensors |
| Kenneth | Davidson | US EPA | Using Air Sensors to Build Capacity to Measure Air Pollution Mitigation Strategies at Schools: A Case Study at Brookfield Elementary School, Oakland, CA |
| Parikshit | Deshmukh | Jacobs Technology | Design and Evaluation of Fixed and Mobile Sensor-based systems for collection of local Air Quality Data |
| Jennifer | DeWinter | Sonoma Technology, Inc., 1450 N. McDowell Blvd, Petaluma, CA 94954 | U.S. EPA's AirNow International Air Sensor Applications and Initiatives in Accra, Ghana |
| Jessa | Ellenburg | 2B Technologies | CommunityAQ: Utilizing Emerging Technologies to Gain Community Participation in Air Monitoring |
| Yael | Etzion | Atmosfir Optics | Remote sensing data analytics accommodating multi-source characterization in a complex petrochemical/chemical industrial area |
| Javier | Fernandez | Kunak Technologies SL |
Aiding smoke forecasting & providing better information to help the public reduce their exposure. |
| Premysl | Fitl | University of Chemistry and Technology in Prague | Quartz Crystal Microbalance Gas Sensors Prepared by Laser Deposition |
| Helen | Fitzmaurice | University of California Berkeley | Learning from a dense network of PM2.5 measurements in the San Francisco Bay Area |
| Maria Cecilia | Galvez | De La Salle University | Arduino and Raspberry PI Based Air Quality Sensor for the City of Manila |
| Stefan | Gillott | king's College London | Characterisation and Enhancement of low-cost aerosol sensors for use in air pollution monitoring in diverse environments. |
| Anubha | Goel | indian institute of technology kanpur, india | Particle-bound Polycyclic Aromatic Hydrocarbons (PPAHs) as indicators of Toxicity potential of particles |
| Jason | Gu | Sensevere | |
| Tarun | Gupta | Indian Institute of Technology Kanpur | A variable head PM1/PM2.5 medium flow (175 LPM) sampler to enable quick sample collection |
| David | Hagan | MIT | Use of low-cost sensors in a polluted environment: Addressing challenges and lessons learned over the course of three years of field measurements (2015-2018) in Delhi, India |
| Dan | Jaffe | University of Washington | Evaluation of PM2.5 and CO sensors for wildfire smoke identification |
| Jingkin | Jian | Tsinghua University | Data analysis of the particulate matter sensor network in two Chinese cities |
| Karoline | Johnson | Duke University | Children's Personal and Microenvironmental Exposures to PM2.5 and Ozone in Shanghai, China |
| Ajith | Kaduwela | CARB | Measuring Air Pollution with a small Unmanned Aerial Vehicle (sUAV) |
| Kirsten | Koehler | JHSPH | Mapping Occupational Hazards with a Multi-Hazard Monitor Network in a Heavy-Vehicle Manufacturing Facility |
| Katheryn | Kolesar | Air Sciences Inc. | Creating a network of low-cost, field-deployable PM sensors to characterize regional dust emissivity |
| Brian | LaFranchi | Aclima Inc. | Methodology development for routine evaluation of atmospheric data quality aboard a mobile platform |
| Denny | Larson | Community Science Institute | Citizen Monitoring Documents Toxic Air Pollution in Puerto Rico |
| Tami | Lavezzo | Sonoma Technology, Inc., 1450 N. McDowell Blvd, Petaluma, CA 94954 | Applications of Low-Cost Sensors for Youth Education in Arizona |
| Hyung Joo | Lee | California Air Resources Board | Decision support of satellite remote sensing data for PM2.5 air quality in California |
| Wen-Whai | Li | University fo Texas at El Paso | Associations of respiratory responses with traffic air pollution for asthmatic children attending a roadside school |
| Yi | Li | Sunset CES Inc | Data Quality Control System—the Key of Sensor Application in Air Quality Monitoring |
| Hai-Ying | Liu | Department of Environmental Impacts and Sustainability, Norwegian Institute for Air Research | Performance evaluation and community applications of low-cost sensors for particulate matter |
| Geoff | Ma | University of Cambridge | Assessing the Performance of a Low Cost Ambient Air Quality Sensor Network in Cambridge, UK |
| Juan | Maestre | University of Texas at Austin | Open Science Hardware |
| Brian | Magi | University of North Carolina at Charlotte | Comparison and evaluation of PM2.5 measured in an urban setting using a low-cost optical particle counter and a Federal Equivalent Method Beta Attenuation Monitor |
| Gedi | Mainelis | Rutgers University | Comparison of Three Consumer-Grade Air Quality Monitors Using Different Particles |
| Gedi | Mainelis | Rutgers University | Application of Consumer-grade Air Quality Sensors to Investigate Outdoor Factors Affecting Indoor Air Quality |
| Anna | Mebust | EPA Region 9 | Performance testing of next-generation air sensors during wildfires |
| Kyle | Messier | University of Texas at Austin | Exploring Efficient Mapping Approaches with the Google Street View Mobile Monitoring Dataset |
| Angela | Mitcham | Vaporsens | Rapid Trace Detection of Formaldehyde using Chemical Sensors Based on Organic Nanofibers |
| Natalia | Mykhaylova | University of Toronto | Low-cost Sensor Array Devices as a Method for Reliable Assessment of Exposure to Traffic-related Air Pollution |
| Elizabeth | Noth | University of California, Berkeley | Overcoming Environmental Variability |
| Aileen | Nowlan | Environmental Defense Fund | Air Pollution Hyperlocal Mapping Using Fleet Vehicles |
| Gustavo | Olivares | NIWA | DustyACorn - Bringing air quality science to pre-schoolers |
| Justin | Patts | NIOSH | Advancing Direct Reading and Sensor Technologies for Occupational Safety and Health: The NIOSH right sensors used right initiative for safety, health, well-being, and productivity |
| Charles | Pearson | California Air Resources Board/Incident Air Monitoring | Evaluation and Use of Sensors for Monitoring Smoke Impacts of Wildfires and Prescribed Burns |
| Zhong-Ren | Peng | Center for Intelligent Transportation Systems and Unmanned Aerial Systems Application, State Key Laboratory of Ocean Engineering, School of Naval Architecture, Ocean and Civil Engineering, Shanghai Jiao Tong University, Shanghai, China | Essential Research Questions and Progress in the Use of Unmanned Aerial Vehicles with Miniaturized Sensors for Atmospheric Environment Monitoring |
| Poonam | Prasad | CSIR-National Environmental Engineering Research Institute | Internet of Things (IoT) for Air Environment Monitoring: A study |
| Batsal | Pudasaini | Clarkson University | Estimating PM2.5 from Photographs using Physics-based Modeling and Machine Learning |
| Xiaohui | Qiao | Tsinghua University | Low-cost sensor network to improve air quality management capability: a case study in Jining, China |
| Casey | Quinn | Colorado State University | An Automated Microenvironmental Aerosol Sampler (AMAS) For Location/Activity Exposure Assessment |
| Stephen | Reece | ORISE Participant hosted by US EPA | Assessment of Air Pollutant Spatial Trends in PeÃuelas, Puerto Rico Using Low-Cost Air Quality Sensors |
| Dave | Ridley | CARB | Linking Low-Cost Particle Sensor Measurements to Regulatory Monitoring |
| AJ | Salkoski | Alaska Native Tribal Health Consortium | Impact of Home Remediation on Respiratory Symptoms |
| Philipp | Schneider | NILU - Norwegian Institute for Air Research | Data fusion techniques for mapping urban air quality using low-cost sensor networks |
| Cooper | Schumacher | University of Washington | Quality Control for Networks of Low-Cost Air Pollution Sensors |
| Lianne | Sheppard | University of Washington | Use of Low-cost Air Pollution Sensors in an Air Pollution Cohort Study |
| Gilad | Shpitzer | Atmosfir Optics | Remote sensing data analytics accommodating petrochemical/chemical industrial fence-line monitoring challenges |
| James | Sievwright | Environment and Climate Change Canada | Small Air Quality Sensor Applications to Improve Community Engagement in Western Canada |
| Brett | Singer | Lawrence Berkeley National Lab | Consumer Indoor Air Quality Monitors Performance for Residential Sources of Fine Particle |
| Ashish | Singh | Institute for Advanced Sustainability Studies (IASS) | Deployment of low-cost PM sensors in the highly polluted urban environment in Nepal: Field performance of the Alphasense PM sensor |
| Levi | Stanton | Sonoma Technology, Inc. | Approaches to Sensor Calibration |
| LeVonne | Stone | Fort Ord Environmental Justice Network | Airborne Toxics and Sensory Irritants from Fort Ord Open Burn |
| Ken | Stuzu |
Citizen Air Monitoring Network |
Low cost air monitors: their role, best practices and lessons learned from the field |
| Jari | Suikkola | Vaisala | Field Experience from 6 Months Operation of a Supplementary Air Quality Sensor Network in Helsinki, Finland |
| Li | Sun | City University of Hong Kong | Impact of high pollution episodes on the indoor air quality in schools and its implications on health-based air quality index |
| Ryan | Thompson | Mountain Air Engineering | Portable Dilution Sampling Equipment for Climate-Relevant Emission Source Characterization |
| Jacob | Thorson | University of Colorado, Boulder | Combining an Array of Low Cost Sensors and Pattern Recognition Techniques to Attribute VOCs to Local Sources |
| Hilkka | Timonen | Finnish Meteorological Institute | Compact air quality sensor measurements in an urban street canyon during a street dust season |
| David | Tomecek | University of Chemistry and Technology, Prague | Chemiresistive sensors for real-time NOx monitoring |
| Tim | Tyner | Central California Asthma | |
| AJ | uppal | Los Altos High School | Low Cost particle sensing (for kids) |
| Monika | Vadali | MN Pollution control agency | A cost effective ambient air quality monitoring system for evaluation urban air quality |
| Lourdes | Vera | Northeastern University - BOSTON, MA | Photographic paper: an integrated measure for community study of industrially produced corrosive gases? |
| Guillermo | Villena | Institute for Advanced Sustainability Studies (IASS-Potsdam) | IMPLEMENTATION OF LOW-COST AIR QUALITY SENSORS FOR URBAN MEASUREMENTS ON STATIONARY AND MOBILE PLATFORMS |
| Jan | Vlcek | University of Chemistry and Technology, Prague, Czech Republic | Nanocomposite Gas Chemiresistors Based on Poly-Ionic Liquid With Nanocarbons |
| Scott | Waller | Thingy, LLC | |
| Christopher | Wallis | UC Davis Air Quality Research Center | Robust and Low Cost Drag Sphere Anemometer |
| Wen-Cheng | Wang | Research Center for Environmental Changes, Academia Sinica, Taiwan | Performance Evaluation of an Integrated Multifunctional Sensors-Device in Taiwan |
| Xiaoliang | Wang | Desert Research Institute | Microsensor Smoke Detection for Spacecraft Fire Safety |
| Peng | Wei | City University of Hong Kong | A cost-effective data correction approach for low-cost air sensor network data quality assurance |
| Ernie | Weijers | National Institure for Public Health and the Environment | Testing and calibration of air quality sensors in the Netherlands: some lessons learned |
| Peter | Weiss-Penzias | University of California, Santa Cruz | A Low Cost System for Detecting Fog Events and Triggering an Active Fog Water Collector |
| Dane | Westerdahl | Hong Kong University of Science and Technology | Data from Low cost sensors must be handled with care |
| Lexie | Wilson | Utah Division of Air Quality | Integration of Sensor and Regulatory Air Monitoring Data Through Concentration Interpolation and Hot Spot Analysis |
| Edward | Wolfrum | National Renewable Energy Laboratory | Investigating Electronic Noses: How Do Individual Sensor Characteristics Affect the Performance of Sensor Arrays? |
| Enki | Yoo | Department of Geography, University at Buffalo, The State University of New York (SUNY) | Mapping air quality using big data: Accounting for uncertainty |
| Qunfang | Zhang | California Air Resources Board | Personal Exposures to Emissions from Lawn and Garden Equipment |
| Tongshu | Zheng | Duke University | Field evaluation of low-cost particulate matter sensors in high and low concentration environments |
| Ying | Zhou | National Center for Environmental Health (NCEH), Centers for Disease Control and Prevention (CDC) | Review of real-time air pollution data in United States and their potential applications in environmental health tracking at CDC |
| Len | Zuza | Community of Communities, affiliated with the Maryland Environmental Health Network | Evaluation of Air Pollution Regulations in Maryland: an argument for air sensor data from an impacted community |