Electroreduction: A Sustainable and Less Energy-Intensive Approach Compared to Chemical Reduction for Phosphine Oxide Recycling to Phosphine

Keyphrases

• Electroreduction 100%
• Energy-intensive 100%
• Phosphine 100%
• Phosphine Oxide 100%
• Chemical Reduction 100%
• Chemical Route 33%
• Recycling Strategy 33%
• Organic Compounds 16%
• High Temperature 16%
• Fertilizer 16%
• Amines 16%
• Esters 16%
• Alcohol 16%
• Industrial Application 16%
• Pesticides 16%
• Detergent 16%
• Phosphorus 16%
• Reaction Conditions 16%
• Alkenes 16%
• Transition Metal Catalysts 16%
• Commercially Important 16%
• Demineralization 16%
• Fireworks 16%
• Nature Reserve 16%
• Deoxygenation 16%
• Metal Hydride 16%
• Donor Ligands 16%
• Phosphate Minerals 16%
• Reductive Conditions 16%
• Toxic Waste 16%
• Waste Generation 16%
• Efficient Recycling 16%
• Scale-up Production 16%
• Metal Phosphates 16%
• Intensive Method 16%
• Organophosphine 16%
• White Phosphorous 16%
• White Phosphorus 16%
• Research Outlook 16%
• Industrial Extraction 16%

Chemical Engineering

• Phosphine Derivative 100%
• Carbon Dioxide 50%
• Olefin 50%
• Transition Metal 50%
• Phosphate Mineral 50%
• Phosphorus 50%

Chemistry

• Phosphate Mineral 16%