Magnesium fuel cells may displace hydrogen fuel cells if the problem of energy used to purify it can be overcome. Magnesium is a silvery metal that stores about ten times the amount of energy that hydrogen does, and the earth's seawater contains enough magnesium to meet the world's energy needs for 300,000 years.
Scientists around the world are working on magnesium fuel cell development and one of them thinks that a solar-powered laser might pack the punch needed to efficiently purify magnesium for use in fuel cells.
Everlasting Metal Energy
Magnesium Fuel Cells Could Provide World's Power for 3,000 Centuries
Trend Themes
1. Magnesium Fuel Cells - Magnesium fuel cells could disrupt the hydrogen fuel cell market with their ability to store ten times the amount of energy.
2. Energy Purification - Efficient methods for purifying magnesium for use in fuel cells could open up disruptive innovation opportunities in the renewable energy sector.
3. Solar-powered Laser - The use of a solar-powered laser to purify magnesium for fuel cells could revolutionize the energy storage industry.
Industry Implications
1. Renewable Energy - The development of magnesium fuel cells could have a significant impact on the renewable energy industry, offering a more efficient energy storage solution.
2. Fuel Cell Technology - Advancements in magnesium fuel cell technology could disrupt the current hydrogen fuel cell market and provide new opportunities for energy storage.
3. Materials Processing - Efficient methods for purifying magnesium for fuel cells could lead to disruptive innovation in the materials processing industry, enabling more sustainable and cost-effective energy solutions.