Nickel particle products are widely used in many fields, mainly including hydrogen energy, chemical synthesis, catalytic conversion, environmental protection and biomedicine.
Hydrogen energy
Nickel particles can be used as catalysts to produce hydrogen in water splitting. In the water splitting reaction, nickel particles can promote the decomposition of water and release hydrogen as a clean energy.
Chemical synthesis
Nickel particles are often used in organic synthesis reactions and can catalyze the hydrogenation reduction of carbonyl compounds, such as the hydrogenation of ketones to produce alcohols. In addition, they can also catalyze the hydrogenation reduction of nitro compounds, the hydrogenation of olefins and other reactions.
Catalytic conversion
In petrochemicals, nickel particles are often used in processes such as hydrogenation reactions, deoxygenation reactions and catalytic cracking. In addition, nickel particles can also be used for electrochemical catalysis, such as oxygen reduction reactions and anode catalysis in fuel cells.
Environmental protection
Nickel particles can be used to catalyze the conversion and removal of harmful gases, such as catalytic conversion of carbon dioxide (CO2) and nitrogen oxides (NOx) in exhaust gas, and catalytic reduction of toxic substances in organic wastewater.