Presentation for RTD trainees - StorHy Hydrogen Storage
Presentation for RTD trainees - StorHy Hydrogen Storage
Presentation for RTD trainees - StorHy Hydrogen Storage
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<strong>Storage</strong> Material<br />
Magnesium Alanate<br />
• Mg(AlH4 ) 2 : Solvent-free and fast synthesis<br />
• Deuterised Mg(AlD4 ) 2 <strong>for</strong> neutron diffraction<br />
• Structure of Mg(AlH 4 ) 2 : Neutron and<br />
synchrotron X-ray diffraction<br />
• Details of thermal and isothermal<br />
decomposition of Mg(AlH4 ) 2<br />
Sodium Alanate<br />
• Purification of NaAlH4 and synthesis of<br />
NaAlD4 Catalyst<br />
• Improved synthesis of catalyst: Ti13 *6THF<br />
<strong>Hydrogen</strong> and Fuel Cell Review Days 2007, Brussels 10th-11th October<br />
2. Alignment to SRA/DS<br />
<strong>StorHy</strong>: Characterisation of Alanates<br />
First step: Magnesium and Sodium Alanates<br />
Automotive Challenges<br />
Scale-up strategies<br />
promising, but<br />
reversibility not sufficient!<br />
Source: IFE<br />
Source: FZK<br />
Scale-up strategies<br />
promising, but material<br />
storage density of 3 wt. %<br />
not sufficient<br />
Source: IFE, FZK
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