Technologie de filtrage des microplastiques pour les machines à laver
A startup has launched a washing machine filter that captures over 90% of microplastics, aiming to reduce...
A startup has launched a washing machine filter that captures over 90% of microplastics, aiming to reduce...
L'essence solaire pourrait révolutionner la mobilité durable, comme le montre un essai sur route d'une moto Harley-Davidson.
Découvrez comment les chercheurs de Sandia et Purdue utilisent l'argile pour capturer efficacement le CO₂ de l'atmosphère et lutter contre le changement climatique.
Un nouvel électrolyte hybride mis au point en Chine pourrait améliorer les performances des supercondensateurs pour les véhicules électriques et les réseaux électriques.
Les percées dans le domaine de la supraconductivité pourraient révolutionner la transmission de l'énergie et la conception des appareils électroniques.
Recent studies have unveiled significant potential for harnessing renewable energy from ocean currents, presenting...
Sego Innovations has introduced a groundbreaking origami solar cell design, promising to revolutionise mobile solar...
Karlsruhe Institute of Technology is advancing metamaterials to improve energy storage and management for better efficiency.
Learn about the Xinghuo fusion-fission reactor in China and its goal to revolutionize energy technologies by 2031.
Explore the innovative phosphate removal technology that helps prevent toxic algal blooms and promotes eco-friendly fertilisation.
Caris Inc. introduces the CarisMatic Generator, tackling plastic waste and providing emission-free electricity to meet energy demands.
Find out how the NH1 project is set to revolutionize clean energy with marine-based solutions and consistent energy generation.
Alpha-Otto Technologies unveils a hydrogen-powered engine that symbolizes a leap towards zero-carbon emissions in energy solutions.
Discover how recent breakthroughs in EV battery technology could enhance range and performance for electric vehicles in tough conditions.
Understand the mechanism behind the light-activated sensor that revolutionizes oxygen detection in diverse environments.
Titanium solar panels developed by University of Tokyo researchers promise up to 1,000 times more efficiency than silicon.
Discover how a new carbon-based nanomaterial enhances plant photosynthesis, driving improved crop yields.
The PV-leaf, designed by Imperial College, promises to enhance renewable energy efficiency and combat water scarcity effectively.
Understand the innovative Carbowave approach to carbon fiber production, achieving sustainability with lower energy demands.
W Platform, a French start-up, is targeting sustainability in winemaking by capturing CO2 from the fermentation process.