Nano Research Facility School of Engineering & Applied Science

Welcome to the wonder world of AEROSOLS!

The word aerosol is defined as a gaseous suspension of fine solid or liquid particles.

 Aerosols are a lot more than just products that come out of a spray can!  They find application in nanoparticle technology, pharmaceuticals, medicine, electronics, advanced materials, air pollution control, atmospheric issues, global climate, energy and environmental technologies.

Our group, the Aerosol and Air Quality Research Laboratory (AAQRL) is housed in the Department of Energy, Environmental and Chemical Engineering at Washington University in St. Louis. We are involved in research and education related to particulate matter.

We invite you to take a virtual tour and learn more about us, and the exciting field of Aerosol Science and Engineering.

AAQRL Calendar

Group Meetings

Every Friday we have a group meeting.

- Please find details here (Google calendar)

 - The schedule is subjected to change. 

 

Lab Tours & Visits

Visitors are welcome to come learn more about the fascinating field of aerosol science and technology, and see nanotechnology projects in action; energy and environmental technologies and others.  Our Laboratory is located in Urbauer 311; but we are excited to be moving to Brauer Hall in June/July 2010

 

 

Safety Training

All students and personnel working in the Laboratory should have both Safety Training and Training in Radioactive Materials. Both these require Annual Refreshers.

 

 

 

AAQRL News

AAQRLHompage Update

The AAQRL homepage has been modified and updated. Please send us your comments and suggestions on the new homepage for further improvement.

AAQRL Positions & Other Information

For details, please contact Dr. Pratim Biswas.

Highlights of AAQRL Projects

 

AAQRL researches "Particulate Systems" - both in liquids and gases. Areas of application include air pollution control, energy and environmental nanotechnology, nanoparticle technology and materials synthesis.

 

A focal area of investigation is "understanding the formation and growth dynamics of aerosols in high temperature environments".  This area encompasses "combustion aerosols" - the control of toxic species emissions from combustors (such as coal, waste incinerators, smelters, welding and foundry operations), conversion of emissions to useful byproducts, and production of materials such as ceramics, magnetic oxides, doped semi-conducting photocatalysts, and others. 

 

We also develop several educational mo also develop several educational modules and self learning modules - ranging for those for the expert to high school students.  Please visit our Education Page to Learn More.

PLEASE CLICK ON THE CHART BELOW TO FIND OUT MORE DETAILS OF OUR RECENT PROJECTS