The processes of methane adsorption, storage and desorption by the nanocapsule are investigated with molecular-dynamic modeling method.
In this work, the processes of methane molecule adsorption, storage and desorption by the nanocapsule are investigated with molecular-dynamic modeling method.
The sequential processes of methane dissociation, hydrogen formation, water production and dissociation, and carbon selective oxidation on α-Fe2O3 (0 0 1) surface were explored.
In the present work, Ni/α-Al2O3 catalysts modified with different amounts of CaO and MgO were used for the production of hydrogen by catalytic partial oxidation (CPO) and wet-CPO processes of methane.
Pechini route [US Patent No. 3,330,697 (1967)] was used for supporting perovskite-like systems on thin-wall corundum honeycomb support to prepare catalysts for high-temperature processes of methane combustion and selective oxidation into syngas.
It is vacuumed out of wells sunk into the landfill, a process that must be carefully regulated because too much suction will bring in oxygen, upsetting the anaerobic process of methane production and producing underground fires.
Methane that is produced and released into the atmosphere is taken up by methane sinks, which include soil and the process of methane oxidation in the troposphere (the lowest atmospheric region).
But application of catalyst with Zn and Co in the process of methane had not been reported.
In the process of methane molecules adsorption, the maximum velocity of the K@C601+ motion is 515.5 m/s (t = 32 ps).
The results showed that NH3 played a key role in the process of methane explosion.
