US 11,826,731B1
الصحة - Health
2023
مكتب البراءات الأمريكي - US Patent Office
Hammud; Hassan (Al-Ahsa, SA), Al-Hudairi; Dolayl (Al-Ahsa, SA), Prakasam; Thirumurugan (Al-Ahsa, SA)
Metal carbon and oxide nanocomposites prepared by a simple, low energy demanding, and high yield method are provided. The metal carbon nanocomposites can be prepared with or without a support such as silica, graphite, silicates, and zeolites. Both metal carbon and metal oxides nanocomposites are more efficient in catalytic reduction and oxidation of p-nitrophenol and azo dyes than other reported materials. They have high rate constants, number of catalytic cycles and catalytic turn over number (TON) compared to currently used materials