Biswas has been honored for his outstanding contributions to aerosol research; however, his academic interests span a wide range of topics. He also studies nanoparticle technology, air quality, combustion, environmental technologies and thermal sciences. Holding leadership positions with the McDonnell Academy of Global Energy & Environment Parternship and the International Center for Advanced Renewable Energy & Sustainability, Biswas also has nearly 300 journal publications, presents his work internationally and holds six patents.
Pratim Biswas, the Lucy & Stanley Lopata Professor in the McKelvey School of Engineering at Washington University in St. Louis, has been elected to the National Academy of Engineering, considered one of the highest honors in the field of engineering.
More than 1,500 of the world’s preeminent aerosol scientists gathered in St. Louis for the 10th International Aerosol Conference. The School of Engineering & Applied Science helped organize the meeting and presented talks on a wide range of aerosol topics: from air quality and pollution, to better drug delivery for cancer patients.
Cookstoves, a central part of millions of homes throughout Asia, clog the air with particulates that, when inhaled, are dangerous to overall human health. Despite advances in technology, many people are reluctant or unable to adopt the newer, cleaner cookstoves. New research from our university gives us a clearer picture of the problem’s true scope.
In reaction to multiple countries — including Canada, the United Kingdom, France and Italy — announcing at the United Nations climate talks that they’re unifying to phase out coal-generated power by 2030, an environmental engineer at Washington University in St. Louis warned that a “mix of energy sources” is vital for the near future.
From drug delivery and energy sources to agriculture and water treatment, some of the world’s largest, and the most complex problems can be solved today with the smallest, simplest structures using principles of aerosol science and technology. Because so many of these problems, while grand in scale, originate at the cellular or molecular level, there is a need to begin by thinking small when engineering a solution. Nanoparticles, which are microscopic in size, have become increasingly important in the scientific community because they have the potential to address a wide variety of issues across fields.