Clean Hydrogen Generation through Mechanism of Hydrogen Embrittlement in Metal Hydride Lattice and Exothermal Reaction of Lenr – Low Energy Nuclear Reaction

[摘要] One of the main problems associated with hydrogen productionin hydrocarbon conversion process, from chemical point of view,is kinetic limitation. Low feasibility narrowing options of processfor conventional thermal conversion. Most common production ofhydrogen – Steam Reforming resulting with high energy consumption.Using special high-priced catalysts to attain reasonable productivity andequivalent equipment size without much scalability rate characterizethis technology. The necessity to heat the catalyst to the high workingtemperature (aprox.800 °C) leads also to the problem of ‘cold start’ andrestricting mobile applications. Enormous energy waste in the processaccompanied with production of over 8.8 billion tons* of carbonglobally, are additional negative aspects of the process. Hydrogenbasic physical properties ensure future wide usage as an energy sourceand carrier of high caloric value. Wide variety of applications can beadapted to hydrogen use as the source or medium of energy. Hydrogenis very reactive element and does not exist in elementary form in naturalenvironment of the Earth. It always comes in molecular arrangementof clusters based on H2 dipole. Stability of those clusters depends ofstability of all elements included. Hydrogen is bonded with otherelements not only as single molecule bond but rather as oscillatingclusters of molecules bonded together (Figure 1).

[关键词] Hydrocarbon;Hydrogen;Chemical Bond