Hydropower and Ecology: Finding Balance for a Sustainable Future
Balancing hydropower ecology
Author: Boˆreal
Short reads about North Europe's green transition
Nanowires: Tiny Structures With Big Energy Potential
Nanowires for energy storage
Making Plastics Work for the Planet, Not Against It
Adding Zinc compounds to plastic makes sunlight break it down
Sustainable Hydrogen Production with Air and Sunlight
Generating hydrogen from water in the air
Tapping the Ocean’s Heat: Smarter Designs for Clean Power
Most renewable energy stories focus on wind and solar, but the oceans are an immense, underused source of power. Ocean Thermal Energy Conversion (OTEC) is a technology that captures the natural temperature difference between warm surface water and cold deep water to generate electricity. It’s a renewable supply that is predictable and constant — unlike … Continue reading Tapping the Ocean’s Heat: Smarter Designs for Clean Power
Controlling Perovskite’s Favourite Light Frequencies: The Fragile Brilliance of Next-Generation Solar Cells
Controlling solar panels’ preferred light frequencies.
Rethinking Forest Carbon Offsets: Why Relying on Trees Alone Could Delay Climate Action
Revaluing afforestation
A Solid Step Forward: Boosting Stability in Perovskite Solar Cells
Perovskite cells last longer when replacing an additive.
Sustainable Living in the Global North: Progress, Pitfalls, and Possibilities
Sustainability: Doing it for ourselves
Unlocking the Power of Sunlight: A New Leap for Green Hydrogen
Hydrogen is often hailed as the clean fuel of the future, but making it sustainably is a puzzle that researchers worldwide are racing to solve. Splitting water into hydrogen and oxygen with daylight (photocatalysis) has long been seen as one of the most elegant answers. Yet, practical challenges have kept this vision out of reach: … Continue reading Unlocking the Power of Sunlight: A New Leap for Green Hydrogen
Boˆreal 