Activity of anionic cobalt porphyrin as a bifunctional molecular catalyst for the redox reactions in artificial photosynthesis: a consideration of the role of aggregation

Key Points

• Cobalt porphyrin exhibits significant activity as a bifunctional catalyst for redox reactions, enhancing artificial photosynthesis.
• The study highlights that aggregation impacts the efficiency and effectiveness of cobalt porphyrin in these reactions.
• Assessment using molecular catalyst analysis demonstrates how cobalt porphyrin interacts during redox processes attached to light reactions.
• This may enable advancements in artificial photosynthesis systems, promoting greener energy solutions without further aggregation concerns.