Please wait...
About This Project
Hygroelectricity is a promising energy source based on charge separation from water molecules. Building on recent research, we study materials and geometries for hygroelectric cells to generate DC power. Our latest challenge is developing cells to power nautical signaling using seawater. With your support, we seek to apply hygroelectricity’s principles to create clean, sustainable ocean energy solutions.
More Lab Notes From This Project

Browse Other Projects on Experiment
Related Projects
Designing touch surfaces to help the visually impaired operate home appliances
Many new ovens, dishwashers and other home appliances have flat, touch sensitive control panels instead...
Can we design a 100L bioreactor that costs less than $5000 to 3D print?
Bioreactors are used to produce everything from vaccines to lab-grown meat. However, traditional bioreactors...
Exploring Geothermal-DAC Integration in Kenya: Evaluating the Impact of Hydrogen Sulphide on DAC adsorbents
Direct Air Capture (DAC) is recognized as the ‘gold standard’ for CO2 removal due to its durability and...