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Zero Carbon Energy - The Future Royal Society of Edinburgh 22 George St. EH2 Edinburgh, United Kingdom 27th May, 201 5 Following a discussion of Climate Change (details below), leading chemists discuss possible ways in w
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Document Date: 2015-04-23 06:18:59

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City

Erlangen / Lausanne / London / Edinburgh / /

Company

NEC / /

Country

Germany / Switzerland / United Kingdom / /

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Event

Environmental Issue / /

Facility

Institute Erlangen-Nuremberg forRenewable Energies / Institute of Chemical Sciences / Institute ofChemical Sciences andEngineering / Heriot Watt University / Imperial College / /

IndustryTerm

solar fuel technologies / greenhouse gas emissions / energy-food-water nexus / capable future energy vector / potential applications / energy storage / carbon-neutral transportation fuels / energy trilemma / chemical element / chemical feedstock / energy futures / solar energy / metal oxide photoelectrodes / energy supply / threshold energy / energy technologies / chemical bonds / food / energy / /

Organization

Heriot Watt University / FriedrichAlexander-Universität Erlangen-Nürnberg / Future Royal Society of Edinburgh / Energy Academy / Institute of Chemical Sciences and Engineering / Imperial College / Royal Society of Edinburgh / /

Person

Hsuan-Wei Lee / Chen-Yu Yeh / Eric Wei-Guang Diau / Aravind Kumar Chandiran / Peter Wasserscheid / Mercedes Maroto Valer / James Durrant / Michael Grätzel / /

Position

hole transporting redox mediator / Director / /

ProvinceOrState

Maryland / /

Technology

semiconductor / energy technologies / solar fuel technologies / /

URL

http /

SocialTag