<p>➀ Researchers have discovered a way to use a natural waste product from Indian trees to improve supercapacitors, potentially leading to more sustainable energy storage solutions.</p><p>➁ The gum kondagogu, secreted by the bark of the Cochlospermum gossypium tree, was combined with sodium alginate to create a protective layer that extends the lifespan of supercapacitors by preventing electrode corrosion.</p><p>➂ This breakthrough could significantly reduce electronic waste and enhance the efficiency of energy storage devices, marking a major step forward for green energy technology.</p>
Related Articles
- Power Your Projects with Eaton’s Supercapacitors – Now at TME!8 months ago
 - Supplyframe predictions for 202511 months ago
 - Sustainable electronics hubs get £25m from UKRIabout 1 year ago
 - Sustainable High-Tech Membranes - New at UDE: Hannah Rothabout 2 months ago
 - TSM-Bee? TSMC gets into the honey business after working with local beekeepers to establish hives around its fabsabout 2 months ago
 - CHIIPS #16 – Circularity insights from Global Electronics Associationabout 2 months ago
 - Milestone in Flexible Perovskite Solar Cells: EU-funded PEARL Consortium Demonstrates Roll-to-Roll Productionabout 2 months ago
 - Portable 3D-printed device can produce enough drinking water from thin air for a family of four every day - Water from Air project can capture 1.6 gallons of drinking water per dayabout 2 months ago
 - Is Wi-Fi bad for the environment? Eye-catching London ad suggests our digital habits are ‘damaging the climate’3 months ago
 - THWS Research Project Advances Digitalization in Reusable Container Management3 months ago