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Breakthrough Turns Carbon Fiber Waste into Valuable Battery Materials
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THIS WEEK’S TOP STORIES
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This Week’s Top 5 News Articles
🔋Breakthrough Turns Carbon Fiber Waste into Valuable Battery Materials
🪙 ”Goldene” Material Breakthrough Allows for More Efficient Electronics
🤘 Innovative Catalyst Converts Metal Waste into Sustainable Hydrogen Power
🍺 How Beer Waste is Turning into Nutritional Gold
🔌 New DC Power Converter Enhances Microgrid Efficiency and Reliability
Other Articles You May Like
Hand-Picked Editor’s Reads
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TOP 5 NEWS ARTICLES
Breakthrough Turns Carbon Fiber Waste into Valuable Battery Materials LINK
Researchers developed a method to recycle over 99% of carbon fiber plastics using a process that avoids harmful emissions and toxic byproducts.
This new process not only recycles carbon fiber but upcycles it by doping the recycled fibers with nitrogen, enhancing their electrical conductivity, which is beneficial for battery electrode materials in e-mobility.
The recycled and upcycled carbon fibers perform comparably or better than traditional graphite when used in battery electrodes, presenting a sustainable and efficient recycling solution.
”Goldene” Material Breakthrough Allows for More Efficient Electronics LINK
Researchers have accidentally created a single-atom layer of gold, dubbed "goldene", which replicates the two-dimensionality of graphene.
Goldene exhibits semiconductor properties, unlike the typical metallic behavior of gold, with potential applications in carbon dioxide conversion, hydrogen production, and chemical manufacturing.
The breakthrough was achieved by embedding gold between layers of titanium and carbon, and using a Japanese forging method to extract the gold into stable sheets.
Innovative Catalyst Converts Metal Waste into Sustainable Hydrogen Power LINK
Researchers transform metal waste into highly efficient hydrogen catalyst.
Catalyst uses 90% less platinum than conventional catalysts, achieving 100% efficiency.
Technology reduces precious metal use and upcycles industrial waste, supporting zero-carbon goals.
How Beer Waste is Turning into Nutritional Gold LINK
Researchers have developed a technology to extract up to 80% of the available protein from beer brewing waste (brewers' spent grain).
The extracted protein can be used to enhance the nutritional quality of plant-based foods and in various food applications like dairy, bakery, and foaming.
This technology provides a sustainable solution to reduce food waste and address the global protein shortage by upcycling a significant byproduct of the beer industry.
New DC Power Converter Enhances Microgrid Efficiency and Reliability LINK
Researchers developed a new DC-DC power converter that can efficiently interface with a wide range of energy sources, enhancing system stability and simplicity.
The converter achieved an impressive efficiency of up to 98.3%, demonstrating its practical feasibility and scalability for real-world applications in areas like electric vehicles and renewable energy integration.
The technology aims to contribute to the transition towards more efficient, reliable and sustainable energy storage and conversion solutions, eliminating the need for lossy AC-to-DC conversion.
OTHER STORIES YOU MAY LIKE
New Wind Turbine Blades Made from Recyclable Composite LINK
Floating Solar Can Power Africa's Energy Needs and Avoid Hydropower Drawbacks LINK
Sony Replaces Polystyrene Packaging with Biodegradable Biopolymer in Asia LINK
Finnish startup produces food from air and solar power LINK
Starbucks Unveils Sustainable Cup Lineup LINK
Australian Researchers Develop Carbon-Negative Electricity Generator Prototype LINK
HAND-PICKED EDITOR’S READS
What Brinc’s Thought-Leader in Sustainability, Janina Motter Is Reading
Japan Expands Carbon Offset Program to Include Durable CDR LINK
Australia and Singapore partner on $20M Maritime Emissions Reduction Initiative LINK
Eight Ways for Climate Tech Startups to Avoid Pitfalls LINK
Captura Raises $45.3M for Direct Ocean Carbon Capture Technology LINK
The Climate Brick: A Collaborative Initiative to Scale Climate Tech Solutions LINK
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