researchers

A group of researchers have focused on optimizing a liquefied hydrogen pump, achieving notable improvements in pump efficiency through advanced computational design methods.

These individuals are investigating the interactions between hydrogen and Inconel 718, focusing on microstructural variations and their impact on hydrogen embrittlement.

Researchers are actively exploring the potential of liquid nitrogen as a viable clean transportation solution, investigating its use, challenges, and performance.

Researchers are increasingly focusing on perovskites as a promising alternative to silicon for solar cells and other applications.

These researchers are employing microwaves for clean hydrogen fuel production from plastic waste and water.

A team of researchers developed a new catalyst and process for recycling greenhouse gases into hydrogen and other useful chemicals.

This group of individuals is responsible for developing a new multifunctional catalyst aimed at improving fuel cell efficiency.

The researchers are from the Ocean University of China and are focused on developing new solar cell technology.

Authored a report highlighting the growing crisis of marine plastic pollution and its economic implications.

Researchers are working on developing new catalysts to reduce the cost of hydrogen fuel cells and are continuing to experiment with their new catalyst to improve its capabilities.

Researchers from Northwestern University and other organizations are exploring the use of imperfect graphene for fuel cell technology.

This group of researchers from Case Western Reserve University developed a novel metal-free catalyst for fuel cells.

This group of researchers is investigating the potential of graphene for renewable energy applications, including hydrogen production and fuel cell enhancement.

A group of researchers from Finnish and British institutions discovered a method to modify E.coli bacteria.

The researchers devised a solar-hydrogen energy model simulation to examine the potential of a photoelectrochemical cell for hydrogen generation.

The researchers are credited with developing a new low-cost, long-life battery design that could help solve renewable energy storage problems.

This group, led by Bharat Bhushan at Ohio State University, discovered that lithium migrates out of batteries and accumulates around electrodes, potentially limiting battery lifespan.

A team of researchers has discovered significant geothermal energy potential in Utah's Black Rock Desert, noting temperature variations in subsurface rocks that suggest suitability for a new geothermal energy system.

Demonstrated the ability to use DDGS waste in water solutions to produce electricity, with clean water as a byproduct. They believe DDGS holds vast potential for energy generation.

Working to develop clean energy systems that do not rely on rare materials.

Researchers are exploring nanotechnology, including plasma nanoscience, to develop cost-effective materials for fuel cells and overcome inherent flaws.

Researchers worldwide have been focused on improving the efficiency of fuel cells.

This group is working on developing new solid-oxide hydrogen fuel cells and acknowledges challenges related to cost and heat production.