The infinite patience and persistence of Wolfgang Nadler has paid off. We now have an operational weather station (support funding from the College of Arts and Sciences – THANK YOU!) and stationary camera atop Disque Hall.
The Vaisala weather station will provide us with measurements of Temperature, RH, Pressure, Wind Speed and Direction, Rainfall, and solar radiation. We’re looking to expand and include additional measurements.
Plans are in the works to have a real-time feed of real-time weather data along with photos of the Philadelphia skyline.
We’ve already started putting some measurements together with the still camera images. Here’s a quick example of what that looks like during a snowstorm:
Black Carbon and CO2 measurements during Philadelphia Snow Storm on January 21, 2014 from DeCarlo Laboratory on Vimeo.
A few observations for the curious:
- RH increase starts with the onset of snow (as expected for precipitation)
- Carbon dioxide (CO2) decrease after noon is because everyone went home from work early to avoid getting caught in the storm. Usually CO2 stays higher for longer in the day.
- Spike in Black Carbon (BC) and CO2 are because of the emissions from a freight train about 30 meters from the sampling inlet to my laboratory.
I recently gave a public lecture as part of the Science on Saturday program for the Princeton Plasma Physics Lab. The Science on Saturday program, now in it’s 30th year, is a great venue for researchers to share their passion for science with the general public. It is an honor to have been asked to give a lecture. If anyone finds themselves in the Princeton area on a Saturday when the lecture series is running, I highly recommend attending.
More info and a video of the lecture can be found here:
The schedule and other information can be found here:
Ph.D. student Doug Goetz presents his work on Site Specific Emission Characterization of Marcellus Shale Development using Fast Mobile Measurements at the 2013 Fall AGU meeting in San Francisco. Doug has put substantial work and time into calculating emission factors and source profiles from our collaborative study with Aerodyne Research Inc and the Electric Power Research Institute. Stay tuned for upcoming publications on the study.
Second year graduate student, Anita Johnson, presented her research on the characterization of the mini-AMS at the 2013 AAAR annual conference in Portland Oregon.
The mini-AMS has also been used to characterize the transport of outdoor particles to the indoor environment. The project is a collaboration with Dr. Waring who studies indoor air quality with interest in indoor SOA formation. This study represents one of the first uses of an AMS to study aerosol size and composition in the indoor environment. We are looking forward to the final product of this exciting work.
Guan-Yu Lin (Sam) joined the DeCarlo Research group at the beginning of September.
Guan-Yu earned his Ph.D. in Environmental Engineering from the National Chiao Tung University in Taiwan. He joins the group with a Postdoctoral Research Abroad Fellowship from the National Science Council of Taiwan.
The SP-AMS, acquired from an NSF MRI (Award: 1229298), has arrived at Drexel. Ed Fortner from Aerodyne is pictured here instructing Drexel Graduate students on calibration procedures and general use principles of the SP-AMS. We’re very excited to add this new instrument to the DeCarlo laboratory at Drexel, and get to work on new projects.
As part of the Franklin Institute’s Climate Urban Systems Partnership, we were invited to take our Particle measurement and display system to the Lutheran Settlement House in the New Kensington neighborhood of Philadelphia. The maiden voyage of the particle display system was not without it’s bugs, but overall the students enjoyed the display. Especially the “fire”.
Lindsey Klinge joined the DeCarlo research group in January 2013. Lindsey has a BA in Chemistry and Mathematics from Purchase College (SUNY). She is a PhD student in Analytical Chemistry, and will be working on research involving black carbon containing particles.
The Camille and Henry Dreyfus Foundation has awarded Drs DeCarlo and Waring a grant to develop a tool to teach students and the public about the chemistry of Aerosols. CLEAR PM: Chemistry Lessons Enabling Aerosol Realizations with Particulate Measurements will combine several instruments capable of rapid measurements with a real-time display, and modules for demonstrating chemistry and aerosol concepts. Dr. DeCarlo will incorporate the development and construction of this module into a course he is teaching in the spring quarter. Stay tuned for updates.
A team of researchers from Drexel University and Aerodyne Research joined forces in the Marcellus Shale Region of Pennsylvania. The goals of the EPRI sponsored study were to both characterize the regional background atmospheric composition in the Marcellus Region, and to make measurements of air emissions related to natural gas extraction and distribution activities. Two weeks of intense mobile and fixed site measurements were performed in the NE and SW parts of Pennsylvania. We are excited about the measurements, and looking forward to digging through the massive amount of data generated.
One of the most rewarding parts of any study like this is to know that your work is appreciated. Thank you Lily and Elisabeth. The cookies were delicious.