December 2024 Composites Blog
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December 10, 2024
KULR Advances Fusion Energy with Cutting-Edge Carbon Fiber Cathodes
US-based company KULR is making significant strides in nuclear fusion, a groundbreaking energy technology that mimics the processes powering stars. KULR recently announced its development of specialized carbon fiber cathodes for use in small modular reactors (SMRs) designed by a leading nuclear fusion company. This marks a critical step toward realizing clean, abundant, and sustainable energy through fusion.
Nuclear fusion produces no harmful greenhouse gas emissions or long-lived radioactive waste, offering the promise of virtually limitless power. KULR’s expertise in advanced thermal management solutions positions it as a key player in addressing the increasing global energy demands, especially those driven by AI-powered data centers. According to Goldman Sachs, energy demand from data centers is expected to double by 2030, reaching 2-4% of global consumption.
The carbon fiber cathodes, initially designed for extreme conditions in aerospace and defense applications, are now being adapted for laser-based fusion systems in SMRs. These high-performance materials can withstand the intense environment of fusion reactions, ensuring reliability and efficiency.
KULR’s CEO, Michael Mo, emphasized the company’s mission to support energy security and sustainability in the U.S. “By applying our advanced materials to nuclear fusion, we’re addressing critical energy needs and advancing the global energy transition,” he said.
This innovation underscores KULR’s leadership in energy management and its commitment to advancing fusion technology, aligning with the global push for clean energy solutions. Through collaborations like this, KULR is helping pave the way for a future powered by fusion. Learn more about this topic here.
Nuclear fusion produces no harmful greenhouse gas emissions or long-lived radioactive waste, offering the promise of virtually limitless power. KULR’s expertise in advanced thermal management solutions positions it as a key player in addressing the increasing global energy demands, especially those driven by AI-powered data centers. According to Goldman Sachs, energy demand from data centers is expected to double by 2030, reaching 2-4% of global consumption.
The carbon fiber cathodes, initially designed for extreme conditions in aerospace and defense applications, are now being adapted for laser-based fusion systems in SMRs. These high-performance materials can withstand the intense environment of fusion reactions, ensuring reliability and efficiency.
KULR’s CEO, Michael Mo, emphasized the company’s mission to support energy security and sustainability in the U.S. “By applying our advanced materials to nuclear fusion, we’re addressing critical energy needs and advancing the global energy transition,” he said.
This innovation underscores KULR’s leadership in energy management and its commitment to advancing fusion technology, aligning with the global push for clean energy solutions. Through collaborations like this, KULR is helping pave the way for a future powered by fusion. Learn more about this topic here.
December 23, 2024
Tree Bark Composite Material Revolutionizes Sustainable Packaging
Tree Bark Composite Material Revolutionizes Sustainable Packaging
UK-based Bpacks has raised €1M in pre-seed funding to scale its revolutionary packaging technology, which uses a composite material derived from tree bark and industrial byproducts. This innovation aims to replace plastic with sustainable, high-performance alternatives rooted in the principles of the circular economy.
The packaging, made from up to 80% industrial byproducts, is 100% home compostable and integrates seamlessly into existing manufacturing processes for plastics and pulp molding. Its tree bark composite material offers unique advantages, including a high antibacterial index and the ability to extend the shelf life of perishable goods such as meat, fruits, and vegetables by up to seven days. This innovation not only reduces plastic waste but also cuts food waste by over 42%, addressing critical environmental challenges.
“Tree bark, a renewable and underutilized resource, is at the heart of our solution,” explains Lev Bolshakov, co-founder of Bpacks. “Its natural properties enable us to meet the performance needs of industries like food and beverage, cosmetics, and household goods, without harming the environment.”
Bpacks’ collaboration with Serbian retailer Gomex highlights the potential for commercial success. Gomex CEO Dimitrije Stojanović emphasizes the alignment of the packaging with their sustainability goals, reducing waste and extending product shelf life.
Looking ahead, Bpacks plans to establish manufacturing in Spain by 2025 and secure additional funding to develop a pellet production facility. With its innovative tree bark composite material, Bpacks is set to redefine the packaging industry and contribute significantly to a €100B market for wood-based solutions.
Learn more here.
The packaging, made from up to 80% industrial byproducts, is 100% home compostable and integrates seamlessly into existing manufacturing processes for plastics and pulp molding. Its tree bark composite material offers unique advantages, including a high antibacterial index and the ability to extend the shelf life of perishable goods such as meat, fruits, and vegetables by up to seven days. This innovation not only reduces plastic waste but also cuts food waste by over 42%, addressing critical environmental challenges.
“Tree bark, a renewable and underutilized resource, is at the heart of our solution,” explains Lev Bolshakov, co-founder of Bpacks. “Its natural properties enable us to meet the performance needs of industries like food and beverage, cosmetics, and household goods, without harming the environment.”
Bpacks’ collaboration with Serbian retailer Gomex highlights the potential for commercial success. Gomex CEO Dimitrije Stojanović emphasizes the alignment of the packaging with their sustainability goals, reducing waste and extending product shelf life.
Looking ahead, Bpacks plans to establish manufacturing in Spain by 2025 and secure additional funding to develop a pellet production facility. With its innovative tree bark composite material, Bpacks is set to redefine the packaging industry and contribute significantly to a €100B market for wood-based solutions.
Learn more here.
