Bruce E. Logan

The main focus of the Logan lab is the development of  new bioelectrochemical technologies for achieving an energy sustainable water infrastructure. Logan and his collaborators have: invented a method for sustainable hydrogen production using microbial electrolysis cells (MECs); invented a method for water desalination that does not require electrical energy from the grid or high pressures called microbial desalination cells; improved direct bioelectricity generation by several orders of magnitude in microbial fuel cells (MFCs). Other research has included the discovery of how large aggregates form in the ocean, called marine snow, that can help to sequester carbon to deep sediments; and molecular and nanoscale techniques to study particle dynamics and microbial adhesion in engineered and natural systems; microbial adhesion and transport.                                  

BioEnergy Research

In 2002, the US used 97 quad (97 quadrillion BTUs) of total energy or 28,400 terrawatt hours, of which 13 quad was electricity. It is estimated that within 10 to 20 years, the global demand for oil will exceed the supply, creating the first truly global oil crisis. New sources of energy are needed. Using other types of fossil fuels is possible, but it creates the potential for continued and elevated releases of carbon dioxide into the atmosphere that will contribute to global warming. For these reasons, the Logan lab is developing new bioenergy technologies with a focus on systems that can help sustain the global need for potable water and sanitation to protect human health, even as oil and other fossil fuels become less available and more costly.

Microbial Fuel Cell Research 

Renewable and clean forms of energy are one of society's greatest needs.  At the same time, 2 billion people in the world lack adequate sanitation and the economic means to afford it.  In this research, we are working to address both of these human needs. Energy costs are an important factor in wastewater treatment. In the USA, for example, 5% of electricity we produce is used for the water and wastewater infrastructure (all aspects, including pumping, treatment, etc.), with 1.5% used for wastewater treatment alone.              

 ... continue 

Microbial Electrolysis Cell Research 

Producing hydrogen gas is possible at very high yields by electrohydrogenesis, in a reactors that have various names including: a "bioelectrochemically assisted microbial reactor" or BEAMR;  and microbial electrolysis cells (MECs) . These names are based on the idea is that fuel cells produce electricity, and electrolysis cells produce hydrogen.

... continue

 

News from Logan's Lab!

WPSU interview with Dr. Logan on creating "inexhaustible" Energy Source
NSF Video on MFCs- choose microbes link
Undergrad research in MFCs- Summer 2010
MDC paper wins ES&T best paper award
Updates: www.twitter.com/MFCtechnology
ABC-7 Coverage of an MEC in Napa, CA
Check out the MFC-cam
Visit the international MFC site
"Microbial Fuel Cells" book by B.E. Logan
Make your own MFC

Departmental & Institute  Information:

Kappe Professor: Environmental Engineering,
Dept. of Civil and Environmental Engineering
Director:
Engineering Energy & Environmental Institute
Director: Hydrogen Energy (H2E) Center

Using the Links:

The Research page contains links to pages that describe my research interests by topic.  The  Publications link contains a listing of all ongoing and past research projects at Penn State by the Logan group.  Copies of journal papers and other publication can be downloaded here. The Teaching link give a list of researchers (individual and group) in the Logan group, and for course information, go to the Courses page.

Presentations:
Click here to access Powerpoint presentations on subjects such as microbial fuel cells, perchlorate bioremediation, the HBOD test, trickling filters, particles, fractals and others.

Bruce E. Logan |  Department of Civil and Environmental Engineering | 231Q Sackett Building
Phone: 814-863-7908 | Fax: 814-863-7304 
The Pennsylvania State University, University Park, PA 16802