An effective strategy of synthesizing stable and highly dispersed Au/MCM-41 catalyst achieving room-temperature oxidation of formaldehyde

Key Points

• Achieving oxidation of formaldehyde at room temperature is a significant advancement in catalysis.
• The catalyst displays high stability and dispersion, which are crucial for effective chemical reactions.
• Synthesis techniques employed focus on optimizing catalyst properties for enhanced performance.
• This approach highlights the potential for room-temperature oxidative processes in industrial applications.