Center for Atmospheric Particle Studies @ CMU

We study the behavior of aerosols in the atmosphere, including their emission, formation, transformation and deposition and how they affect climate and health.

[Profesto @albertpresto]

It’s a big morning for @CAPS_CMU @CMUEngineering at @AmericanAerosol #AAAR2022 - Mingyi Wang for Friedlander and Neil Donahue Sinclair.

[Center for Atmospheric Particle Studies @ CMU @CAPS_CMU]

Check out this cool work by @LHabib95 and @NeilDonahue published in #ESATMOS investigating the potential for diffusion limitations when mixing particle populations representative of biomass burning and aged SOA!
https://t.co/hZAr7qlVsM

[Profesto @albertpresto]

Air pollutant sources can have major differences over very small scales, and cooking may be an important source of urban ultrafine particles. More details in our paper: https://t.co/6l8B1nKahn @subu_caps @CAPS_CMU @CMU_Mech

[CSTEP @CSTEP_India]

At #ICAS2021, students will have a rare opportunity to learn from international experts on how to assess #AirPollution scientifically.
Register today!
Aug 26: https://t.co/I9wmbbTeTJ
Aug 27: https://t.co/G696PKtW5o

#CleanAir4HealthyLiving #SolutionsforPollution #CSTEP

[Center for Atmospheric Particle Studies @ CMU @CAPS_CMU]

We're doing our best

[Carnegie Mellon Chemical Engineering @CMU_ChemE]

CMU's Center for Atmospheric Particle Studies is advancing the state of knowledge across science, engineering, and policy related to particulate matter in the atmosphere and actively influencing related environmental policy.

Learn more: https://t.co/iAgXOdD4MV

[Profesto @albertpresto]

I am SUPER excited for our national estimates of national UFP concentrations to be published in @EnvSciTech. As always, awesome work by Provat Saha @ALRLab @CAPS_CMU @CMU_Mech @MarshallJulian

https://t.co/ZEtwTlunnV

[Profesto @albertpresto]

The fire smoke event last week gave us a day with PM2.5 nearly 6 times higher than normal. That and more in a special RAMP report here: https://t.co/pMo3aA0t32

[CMU Mechanical Engineering @CMUMeche]

Free RAMP sensors will measure carbon monoxide, sulfur dioxide, fine particulate matter, and other pollutants in Hampton Township through a CMU collaboration: https://t.co/rew0Lq2sZV @albertpresto @CAPS_CMU @subu_caps #AirQuality

[Jen Research Group @CotyJenGroup]

Excited about the future! https://t.co/aVcJTgdGZV

[CMU College of Engineering @CMUEngineering]

.@CMU_Mech and @CAPS_CMU’s Albert Presto spoke at an Allegheny County Council Committee forum about information on how independent, low-cost monitoring can reveal insights over more fine-grained neighborhood-level geographies about air quality.

https://t.co/K10wC69BrU

[CMU Mechanical Engineering @CMUMeche]

Allen Robinson weighs in on #methane leaks and super emitters in this @PittsburghPG article: https://t.co/dXtXU9zc9m @CAPS_CMU #AirQuality #cmuengineering

[Carnegie Mellon Chemical Engineering @CMU_ChemE]

#GettingToKnowOurFaculty Dr. Neil Donahue is a Thomas Lord Professor in @CMU_ChemE and the Director of CMU’s Steinbrenner Institute for Environmental Education and Research.

His research focuses on envirochemical engineering, energy and energy science.
https://t.co/4kdixylo6y

[CMU Mechanical Engineering @CMUMeche]

#Wildfires, clouds, and climate change: https://t.co/96NnGqKRz8 @CAPS_CMU #cmuengineering @CmuScience

[CMU Mechanical Engineering @CMUMeche]

Why should Pennsylvania act now to close its ‘low producing well’ loophole to fight #methane emissions? MechE Dept. Head Allen Robinson explains: https://t.co/RRYRzjtDMK @EnvDefenseFund #airquality @CAPS_CMU @penncapitalstar

[Antonios Tasoglou @AntoniosTasogl1]

Dear colleagues,
we are excited to announce that we are currently working on a new special issue: "Brown Carbon and its Atmospheric Chemical Evolution".@Atmosphere_MDPI @PNNLab @RJLeeGroup

We look forward to your submissions.

https://t.co/dfVCre1gri

[CMU Mechanical Engineering @CMUMeche]

Wildfires cause destruction on the ground... and in the sky. Watch a short animation: https://t.co/KE2tK5O1kQ @CAPS_CMU @airquality #wildfires

[Spiro Jorga @sp_jorga]

How important is night-time chemistry of biomass burning emissions in an urban environment? Find out in our recent work, using a dual chamber system. @CAPS_CMU @cstacc @pyrotrach @EUROCHAMP2020

[CSTACC_FORTH @cstacc]

Just came out! Simulation of the evolution of #biomassburning organic #aerosol with different volatility basis set schemes in PMCAMx-SRv1.0 https://t.co/jXzAlplcPc @FORCeS_H2020 @FORTH_ITE @spyros_pandis @CAPS_CMU

[Center for Atmospheric Particle Studies @ CMU @CAPS_CMU]

Some CAPS Alums worth watching:

[Environmental Science Journals of the RSC @EnvSciRSC]

And that's a wrap! 👏

Please do join us next week for our second edition of this #RSCDesktopSeminar celebrating the inaugural issues of #ESAtmos!

🧐More information👉https://t.co/VfVtdbiolv
🔗Register👉https://t.co/vkFU13yLTS

[CSTACC_FORTH @cstacc]

Just came out! Organic #aerosol volatility & viscosity in the North China Plain. Collaboration with Chinese Academy of Sciences, @CAPS_CMU, Georgia Tech and others. Kinetically limited gas–particle partitioning may need to be considered. https://t.co/ZZGDN6mi7Q