TODAY at 4:15 PM in Room 101 DE

Don’t miss Aerodyne’s Anita Avery presenting:

“Composition of Aerosols Formed by OH, Cl, or Ozone-Initiated Oxidation of Limonene”

Join us to learn more about aerosol chemistry at #AAAR2025!

#Aerosols #AtmosphericScience

Our team is at #AAAR2025

Manjula Canagaratna will be presenting her poster today from 1:00 – 3:00 PM in Exhibit Hall North – Location 2AC.18.

Poster Title: “Volatility-Resolved Aerosol Chemical Composition using Fast-Switching Chemical Ionization Mass Spectrometry”

We hope you stop by!

Aerodyne Research is heading to #AAAR in Buffalo next week!
Find us at Booth 312/314 — we’ll be sharing our latest work. Come say hi, grab some materials, and chat science.

We’ll post our full list of talks + posters early next week. Stay tuned!

#AtmosphericScience #AirQuality #AAAR2025

Northeastern University launches mobile lab with Aerodyne's HToF-AMS aboard!

www.wcvb.com/article/bost...

New paper published in Atmospheric Measurement Techniques on OH exposure estimates in Aerodyne's PAM OFR.

This study found that extrapolating from narrow experimental conditions is not always accurate, a crucial finding for secondary organic aerosol research.

DOI: doi.org/10.5194/amt-...

Aerodyne team members are headed to Sunday River, Maine next week for the Gordon Research Conference - Understanding the Atmosphere via Molecular Processes and Global Impacts. We look forward to connecting with our fellow scientists.

www.grc.org/atmospheric-...

Evaluating the newest instrument in the Aerosol Chemical Speciation Monitor that has an order of magnitude resolution, which leads to improved detection limits for ammonium and source identification for organic aerosol.

www.tandfonline.com/doi/full/10....

Next on Aerodyne’s conference schedule is a trip to Prague, Czech Republic for Goldschmidt 2025. Stop by Booth #23 to chat with Aerodyne’s President, Dave Nelson. We look forward to seeing our fellow geochemists. #Goldschmidt2025

conf.goldschmidt.info/goldschmidt/...

This study quantifies the chemical reaction kinetics and hygroscopicity of polystyrene nanoplastic particles under atmospheric aging, demonstrating that atmospheric processing significantly influences their environmental lifecycle and climate impacts.

doi.org/10.1021/acs....

The 2025 CIMS Users Meeting was held in York, UK this year. The four day event was held in the historic Guildhall. We had the second-highest ever in-person attendance with lots of talks, tutorials & updates. Others shared their knowledge remotely. It was a great event.

See you in Boston next May!

In the 2025 ASCENT Annual Meeting, Aerodyne’s Fangzhou Guo received an appreciation in recognition of “Outstanding Contributions to the Atmospheric Science and Chemistry mEasurement NeTwork.” The award was presented by the ASCENT Steering Committee.

Congratulations to Fangzhou!

This study characterized the ambient concentrations and emissions of D5-siloxane, a volatile chemical product (VCP) found in personal care products, in urban Houston (Texas), filling in a knowledge gap of VCP emissions in subtropical cities.

DOI doi.org/10.1039/D4EM...

Our Ecological Research team has been busy in the lab and in the field. To see what they are up to visit....

aerodyne.com/ecological-r...

Dr. Leah Williams is at her poster until 18:00 (CEST) today. Hall X5 | X5.144.

Stop by and learn about her adventures and research on the British Antarctic Survey Research Vessel Sir David Attenborough.

#EGU25

Day one of EGU flew by. If you didn't get a chance to swing by the Aerodyne Research booth today (Booth #25), we hope to see you tomorrow!

#EGU25

Recently, students from Carnegie Mellon University spent an entire week at our home office in Billerica, MA training on the Vocus-PTR and the GC. Aerodyne scientists Anita Avery, Brian Lerner and Kirsten Zeller led the training.

We wish these young scientists success in their research.

To provide more information about sources and long-term trends in aerosol emissions and composition, we present here a TOF-ACSM with extended resolution that improves LOD and OA source appointment.

doi.org/10.1080/0278...

Aerodyne recently hosted visitors from the University of Helsinki and the University of Alaska, Fairbanks for ACSM training.

Pictured on the left is Aerodyne scientist Anandi Williams with two of our three guests.

EGU is only a month away and our team is excited to be heading to Vienna again this year.

Stop by Booth #25 to talk with our team, connect with our scientists and learn about what we are working on.

#EGU25

Aerodyne Research welcomed members of NIES (National Institute for Environmental Studies, Japan) to our home office last week for ACSM training and CAPS NOₓ-NO₂ introduction.

Aerodyne scientists pictured are Dr. Timothy Onasch, Anandi Williams, and Dr. Philip Croteau.

Aerodyne helped plan & execute a ground-breaking study of emissions using sustainable aviation fuel (SAF) in collaboration with Gulfstream, FAA, NASA, & MS&T. Results demonstrate the potential to improve air quality near airports and the possible benefits of reducing the formation of contrails.

Congratulations from everyone at Aerodyne Research!

Aerodyne Research is excited to be at the ARPA-E 2025 Technology Showcase, March 17th -19th. Stop by Booth 328 to learn about our innovative hydrogen emissions sensor system.

We look forward to connecting with you!

Aerodyne Research is proud to exhibit at ARPA-E25. Our company specializes in state-of-the-art research and development services, as well as advanced instrumentation. At the Summit’s Technology Showcase we will be exhibiting our innovative hydrogen emissions sensor system.

Visit us at booth 328.