Capture of Waste Heat

Thermoelectric

Thermoelectricity is basically electricity energy derived from heat energy. Researchers in the thermoelectric group are currently developing technologies that can efficiently harvest and convert heat energy to electricity. This technology is particularly useful in the transportation sector: the largest consumer of fossil fuels and the largest polluter of the environment, as heat energy from exhaust pipes of motor vehicles could be transformed to electric use by the vehicle thus reducing fuel consumption and subsequent GHG emission. Several Purdue researchers from the chemical engineering, electrical & computer engineering, material science engineering and mechanical engineering are involved in thermoelectric/thermionic energy conversion, and energy/nanoscale transport

Researchers

Timothy Fisher profile picture

Timothy Fisher

Mechanical Engineering
Nanoscale energy transport
Na Lu profile picture

Na Lu

Civil Engineering
Energy harvesting from high temperature thermoelectric/piezoelectric materials
Amy Marconnet profile picture

Amy Marconnet

Mechanical Engineering
Thermal transport and energy conversion in nanomaterials
Xiulin Ruan profile picture

Xiulin Ruan

Mechanical Engineering
Thermoelectric nanomaterials: simulation, synthesis and devices
Timothy Sands profile picture

Timothy Sands

Official Retiree
Thermoelectric and solid-state thermionic materials
Ali Shakouri profile picture

Ali Shakouri

Electrical And Computer Eng
Thermoelectric/thermionic energy conversion
Xianfan Xu profile picture

Xianfan Xu

Mechanical Engineering
Energy transport in Thermoelectric materials

Technical Contact

Ali Shakouri
Office: BRK 1027C
Office Phone: 765-49-66105
E-mail: shakouri@purdue.edu

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