Can we artificially replicate photosynthesis?

Can we artificially replicate photosynthesis?

It is an entirely renewable process; the plant harvests the immense and constant supply of solar energy, absorbs carbon dioxide and water, and releases oxygen. There is no other waste. The process is called artificial photosynthesis, and if the technology continues to improve, it may become the future of energy.

Is there a replacement for photosynthesis?

Respiration on chlorine worlds is the reverse of photosynthesis, and most organisms are capable of using either chlorine or oxygen as fuel. So, an animal on a chlorine world breathes out not only carbon dioxide and water but also hydrochloric acid.

How is artificial photosynthesis different from natural photosynthesis?

Natural photosynthesis is very inefficient in terms of solar-to-biomass conversion. Artificial photosynthesis short-circuits the natural process by utilizing the most energetically efficient primary events of light capture, charge separation and charge transfer.

Why do scientists imitate photosynthesis?

Scientists are looking at how plants turn sunlight into sugars — a process known as photosynthesis — as a model for cleaner ways to produce energy for people and industry. Their research even suggests ways people can help plants photosynthesize more efficiently.

How much does artificial leaf cost?

Hydrogen from a solar panel and electrolysis unit can currently be made for about US$7 per kilogram, the firm estimates; the artificial leaf would come in at $6.50. (It costs just $1–2 to make a kilogram of hydrogen from fossil fuels).

Are artificial leaves expensive?

Artificial leaf technology also remains potentially expensive, however, and concerns about the safety of hydrogen fuel storage limit practical implementation of the technology.

Is silver bromide used in artificial photosynthesis?

Detailed Solution The correct answer is Silver bromide – artificial photosynthesis. Silver bromide is used in the manufacture of photographic emulsions.