Abstract
Hydrogen has certainly some advantages in spite of its high cost and low efficiency when compared to other energy vectors. Solar energy is an abundant, clean and renewable source of energy, currently competing with fossil fuel for water heating without subsidy. Photo-electrochemical, thermo-chemicals and photo-biological processes for hydrogen production processes have been demonstrated. These decentralised hydrogen production processes using directly solar energy do not require expensive hydrogen infrastructure for packaging and delivery in the short and medium terms. MENA region could certainly be considered a key area for a new start to a global deployment of hydrogen economy.
Citation Formats
Bensebaa, Farid, Khalfallah, Mohamed, and Ouchene, Majid.
Decentralized and direct solar hydrogen production: Towards a hydrogen economy in MENA region.
WEC: N. p.,
2010.
Web.
Bensebaa, Farid, Khalfallah, Mohamed, & Ouchene, Majid.
Decentralized and direct solar hydrogen production: Towards a hydrogen economy in MENA region.
WEC.
Bensebaa, Farid, Khalfallah, Mohamed, and Ouchene, Majid.
2010.
"Decentralized and direct solar hydrogen production: Towards a hydrogen economy in MENA region."
WEC.
@misc{etde_21397664,
title = {Decentralized and direct solar hydrogen production: Towards a hydrogen economy in MENA region}
author = {Bensebaa, Farid, Khalfallah, Mohamed, and Ouchene, Majid}
abstractNote = {Hydrogen has certainly some advantages in spite of its high cost and low efficiency when compared to other energy vectors. Solar energy is an abundant, clean and renewable source of energy, currently competing with fossil fuel for water heating without subsidy. Photo-electrochemical, thermo-chemicals and photo-biological processes for hydrogen production processes have been demonstrated. These decentralised hydrogen production processes using directly solar energy do not require expensive hydrogen infrastructure for packaging and delivery in the short and medium terms. MENA region could certainly be considered a key area for a new start to a global deployment of hydrogen economy.}
place = {WEC}
year = {2010}
month = {Sep}
}
title = {Decentralized and direct solar hydrogen production: Towards a hydrogen economy in MENA region}
author = {Bensebaa, Farid, Khalfallah, Mohamed, and Ouchene, Majid}
abstractNote = {Hydrogen has certainly some advantages in spite of its high cost and low efficiency when compared to other energy vectors. Solar energy is an abundant, clean and renewable source of energy, currently competing with fossil fuel for water heating without subsidy. Photo-electrochemical, thermo-chemicals and photo-biological processes for hydrogen production processes have been demonstrated. These decentralised hydrogen production processes using directly solar energy do not require expensive hydrogen infrastructure for packaging and delivery in the short and medium terms. MENA region could certainly be considered a key area for a new start to a global deployment of hydrogen economy.}
place = {WEC}
year = {2010}
month = {Sep}
}