University of Florida
Bin Gao

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Bin Gao

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285 Frazier Rogers Hall
P.O. Box 110570
Gainesville, FL 32611-0570
(352) 392-1864 ext.285 fax: (352) 392-4092

Bin Gao was trained as a chemist before taking up agricultural engineering. Accordingly, he brings a strong basic research emphasis to his work, and relies on methods of the physical sciences in his work. Gao pursues two areas. In the first, he studies the environmental nanotechnology, especially with respect to the applications and impacts of engineered nanoparticles. His second area of interest involves a material called biochar. One form of biochar is very familiar; it is made from wood, and it is called charcoal. But biochar can be made from many other carbon-rich substances, and each one may have specific environmental applications.

The particles that Gao studies are in the nanometer size range. It's hard to imagine, but a nanometer is one billionth of a meter. For comparison, a human hair is around 50,000 nanometers thick, so 500 to over a thousand of Gao's colloidal/nano-sized particles could fit in the width of a human hair. Nanoparticles have many interesting properties, but at this stage of his research, Gao's research interest mainly lies in two aspects of nanoparticles: 1) environmental applications of nanoparticles and their derivatives; and 2) how they move through the environment.

Because of the extremely fine size of nanomaterials, nanoparticles are very reactive and thus can be used in many treatment technologies for pollution control and the remediation of contaminated soils and water if they are applied properly. On the other hand, there are many colloidal and nano-sized materials moving through the environment, including surface waters, soils, etc. This is an interesting research problem by itself, and the mobility of colloids and nanoparticles makes it possible for them to carry a lot of other pollutants that adhere to them.

Gao's other research emphasis is biochar. For many people, this will be a new term, but it simply refers to the charcoal-like material that can be made from any carbon-rich biomass. Biochar is made when biomass is heated in the absence of or limited amount of air. At the correct temperature, the plant material carbonizes. Gases and oils are also released that can be used in the production of synthetic fuels. The properties of the biochar depend on the kind of biomass from which it is made and the conditions under which it is made. Gao would like to understand the relationship between biochar's properties and its source and method of preparation.

Biochar has a very complex structure when viewed under a microscope. It could be compared to a sponge because it has many openings and cavities which give biochar its special absorptive abilities. For example, activated charcoal is often used to filter air or water, because its high surface area and complex structure allow it to retain molecules.

Professor

Dr. Gao specializes in Environmental Nanotechnology, Biochar Technology, and Contaminant Fate and Transport

Teaching

Research and Extension

  • Biochar technology for environmental sustainability
  • Environmental applications and impacts of nanotechnology
  • Fate and transport of colloids, nanoparticles, and other emerging contaminants
  • Physical, chemical, and biological processes related to flow and transport in porous media 

Education

  • Ph.D Environmental Engineering, Cornell University, NY
  • M.S. Environmental Chemistry, Nanjing University, China
  • B.S.Chemistry, Nanjing University, China

Professional Experience

  • 2017-Present
    Professor University of Florida, UF Agricultural & Biological Engineering Department
  • 2012-2017
    Associate Professor University of Florida, UF Agricultural & Biological Engineering Department
  • 2007-2012
    Assistant Professor, UF Agricultural and Biological Engineering Department
  • 2005-2007
    Research Associate, Department of Biological and Environmental Engineering, Cornell University
  • 2003-2005 
    Postdoctoral Research Associate, School of Forestry and Environmental Studies, Yale University

Awards and Honors

  • University of Florida Term Professorship, 2017
  • University of Florida Research Foundation Professorship, 2015
  • Gamma Sigma Delta Junior Faculty Award of Merit, 2015
  • Bioresoruce Technology Best Paper Award 2015, Elsevier, 2015
  • Chemical Engineering Journal Top Cited Paper, Elsevier, 2014
  • Giglia Endowment Award, IFAS, University of Florida, 2012
  • Outstanding Young Researcher Award, FL Section ASABE, 2012
  • National Science Foundation CAREER Award, 2011

Other Professional Activities

  • Member, Alpha Epsilon Honor Society