The application of nanoporous materials to problems in sustainable energy

Valeska Ting, Huan Doan, Jonathan Wagner, Chris Chuck

Research output: Contribution to conferenceAbstract

Abstract

High surface area nanoorous materials (materials with internal pore diameters on the angstrom or nanometer length scale) have unique properties that make them ideally suited for gas separation and storage, as well as heterogeneous catalysis. The development of new classes of nanoporous materials such as porous activated carbons, zeolites, metal-organic framework materials and porous polymers have spurred research into their possible application to the global problem of the provision and utilisation of sustainable alternatives to fossil fuels.
We will present several case studies demonstrating the use of nanoporous materials to address problems in sustainable energies, such as the safe and efficient storage of sustainable hydrogen energy and the catalytic upgrading of liquid fuels from bio-derived feedstocks.

Conference

ConferenceScientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014)
CountryViet Nam
CityHanoi
Period8/10/1410/10/14

Fingerprint

Zeolites
Liquid fuels
Fossil fuels
Activated carbon
Feedstocks
Catalysis
Hydrogen
Polymers
Gases
Metals

Cite this

Ting, V., Doan, H., Wagner, J., & Chuck, C. (2014). The application of nanoporous materials to problems in sustainable energy. 2. Abstract from Scientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014), Hanoi, Viet Nam.

The application of nanoporous materials to problems in sustainable energy. / Ting, Valeska; Doan, Huan; Wagner, Jonathan; Chuck, Chris.

2014. 2 Abstract from Scientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014), Hanoi, Viet Nam.

Research output: Contribution to conferenceAbstract

Ting, V, Doan, H, Wagner, J & Chuck, C 2014, 'The application of nanoporous materials to problems in sustainable energy' Scientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014), Hanoi, Viet Nam, 8/10/14 - 10/10/14, pp. 2.
Ting V, Doan H, Wagner J, Chuck C. The application of nanoporous materials to problems in sustainable energy. 2014. Abstract from Scientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014), Hanoi, Viet Nam.
Ting, Valeska ; Doan, Huan ; Wagner, Jonathan ; Chuck, Chris. / The application of nanoporous materials to problems in sustainable energy. Abstract from Scientific conference on Oil Refining and Pertrochemical Engineering (ORPE 2014), Hanoi, Viet Nam.1 p.
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N2 - High surface area nanoorous materials (materials with internal pore diameters on the angstrom or nanometer length scale) have unique properties that make them ideally suited for gas separation and storage, as well as heterogeneous catalysis. The development of new classes of nanoporous materials such as porous activated carbons, zeolites, metal-organic framework materials and porous polymers have spurred research into their possible application to the global problem of the provision and utilisation of sustainable alternatives to fossil fuels.We will present several case studies demonstrating the use of nanoporous materials to address problems in sustainable energies, such as the safe and efficient storage of sustainable hydrogen energy and the catalytic upgrading of liquid fuels from bio-derived feedstocks.

AB - High surface area nanoorous materials (materials with internal pore diameters on the angstrom or nanometer length scale) have unique properties that make them ideally suited for gas separation and storage, as well as heterogeneous catalysis. The development of new classes of nanoporous materials such as porous activated carbons, zeolites, metal-organic framework materials and porous polymers have spurred research into their possible application to the global problem of the provision and utilisation of sustainable alternatives to fossil fuels.We will present several case studies demonstrating the use of nanoporous materials to address problems in sustainable energies, such as the safe and efficient storage of sustainable hydrogen energy and the catalytic upgrading of liquid fuels from bio-derived feedstocks.

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