Ci sono inoltre altri tipi di tecno

Ci sono inoltre altri tipi di tecnologie che sfruttano le capacità dell’idrogeno di legarsi a composti chimici o a metalli per facilitarne l’accumulo e il trasporto. Tale processo può avvenire anche a pressioni relativamente basse permettendo all’idrogeno di penetrare all’interno del reticolo cristallino del metallo, formando i cosiddetti idruri. In seguito, per riottenere l’idrogeno desiderato, basta semplicemente aumentare la temperatura affinché esso fuoriesca dalla struttura e diventi utilizzabile. Questa tecnologia permette il raggiungimento di densità energetiche anche superiori rispetto l’idrogeno compresso o liquido. Infatti il volume di stoccaggio si potrebbe ridurre fino a 3-4 volte quello di partenza. Tuttavia il principale problema sta nel peso di questi composti, dovuti in particolare alla presenza dei metalli, che ne rende difficile l’utilizzo su apparecchi mobili e veicolari.

Risultati (Inglese) 1:

There are also other types of technologies that exploit the ability of hydrogen to bind to chemical compounds or metals to facilitate the accumulation and transport. this process can also take place at relatively low pressures allowing hydrogen to penetrate inside the crystal lattice of the metal, forming the so-called hydrides. later,to regain the desired hydrogen, simply increase the temperature so that it extends from the structure and become usable. this technology allows the attainment of even higher energy density than the compressed hydrogen or liquid. In fact, the storage volume could be reduced by up to 3-4 times the original one.However, the main problem lies in the weight of these compounds, in particular due to the presence of metals, which makes it difficult the use of mobile devices and vehicular.

Risultati (Inglese) 2:

There are also other types of technologies that exploit the ability of hydrogen to bind to metals or compounds to facilitate the accumulation and transport. This process can also occur at relatively low pressures, allowing the hydrogen to penetrate within the crystal lattice of the metal, forming the so-called hydrides. Afterwards, to regain the hydrogen you want, simply raise the temperature so that it flows out from the structure and becomes usable. This technology allows to achieve even higher energy densities than compressed or liquid hydrogen. The storage volume could reduce up to 3-4 times to start. However the main problem lies in the weight of these compounds, due in particular to the presence of metals, making it difficult to use on mobile devices and automotive.

Risultati (Inglese) 3:

There are also other types of technologies that exploit the capabilities of the hydrogen to bind to chemical compounds or to metals in order to facilitate the accumulation and transport. This process can also occur at relatively low pressures to allow the hydrogen to penetrate within the crystal lattice of metal, forming the so-called hydrides. In the following,To regain the hydrogen desired, simply increase the temperature so that it escapes from the structure and becomes usable. This technology allows the achievement of energy densities even higher than the compressed hydrogen or liquid. In fact, the volume of storage could reduce up to 3-4 times that of departure.However the main problem is the weight of these compounds, in particular due to the presence of the metals, which makes it difficult to use on mobile devices and vehicle.