RENEWABLE ENERGY
A regenerative approach to energy utilises modern technologies that not only generate power sustainably but also restore or regenerate natural systems, resources, and environmental balance.
Regenerative energy systems follow principles of: creating circularity by reusing byproducts; resilience and adaptability to climate and ecological changes; local empowerment through community driven ownership and benefits; and biodiversity integration, in which infrastructure is designed to enhance natural systems.
The broader vision of regenerative energy is more than just a technical shift – it’s also a philosophical one: moving from doing less harm to actively healing the planet.
Articles
“Water Makes Electricity Now”: Japan’s New Osmotic Power Plant Generates Electricity From Ocean Desalination Waste Streams
A groundbreaking facility in Fukuoka, Japan, is harnessing the power of osmotic energy by combining fresh and salt water to generate continuous, renewable electricity, potentially revolutionising the global energy landscape.
By integrating with a desalination plant, the facility uses concentrated brine waste to enhance the salinity gradient, improving efficiency. This innovative approach not only generates around 880,000 kilowatt-hours annually but also utilises waste products that would otherwise be discarded.
News
Finland links waste heat utilisation and digitalisation into a success model
Finland relies on an integrated energy system that wastes no resources: Industrial waste heat is consistently utilised, smart grids optimize the flow, and innovative storage solutions compensate for fluctuations. This approach not only significantly reduces energy costs but also drives the green transformation forward.
Waste heat is not energy waste, but a valuable resource.
Resources / World
Resources / Local