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Bechtel has commenced construction on the Natrium Advanced Reactor Demonstration Project in Kemmerer, Wyoming. This pioneering initiative, supported by TerraPower and the U.S. Department of Energy, aims to introduce a sodium-cooled reactor that promises cleaner and more efficient energy production.

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CM Xiageng Hydrogen Energy Technology, supported by the Fujian government and China Merchants Group, plans to significantly expand its production capacity to meet the surging demand for green hydrogen equipment. This move aligns with China's broader strategy to reduce reliance on fossil fuels and achieve carbon neutrality by 2060. The company aims to address the growing global market, expected to reach $70 billion by 2034.

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Researchers at the Technical University of Denmark (DTU) have engineered a new ceramic electrolysis cell featuring Ni-GDC electrodes, enhancing the efficiency and lifespan of hydrogen production. This innovation promises significant reductions in the cost of green hydrogen, bolstering efforts towards sustainable energy solutions.

In photo: Thin ceramic electrolysis cells (0.3 mm) containing new long-lasting Ni-GDC electrodes have been developed for integration in stacks where electricity can split water. The water is supplied as steam through large holes at the edge of the stacks. Credit: Bax Lindhart

Photo & Article source: Knowridge

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Innovative parametric design techniques are transforming architectural possibilities, enabling the creation of customizable facade elements that adapt to environmental conditions. From responsive shading panels optimizing natural light to dynamic patterns adjusting for energy efficiency, these advancements exemplify the future of sustainable building practices.

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Researchers at McGill University have made significant strides in electric vehicle (EV) battery technology by developing high-capacity iron-based and manganese-based disordered rock-salt (DRX) cathodes. These advancements promise to reduce battery costs and enhance energy storage, potentially revolutionizing the EV industry with more affordable and sustainable options.

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Vinci, a France-based construction giant, secures a €94 million contract to extend Cambodia's major water treatment plant, serving the Bakheng area in Phnom Penh. The project, commissioned by the municipal water supply authority, aims to provide clean drinking water to 750,000 people, aligning with Cambodia's goal for universal water access by 2030. Vinci's sustainable initiatives and innovative technology, including eco-friendly concrete and solar panels, underscore their commitment to environmental stewardship and community welfare.

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Big Tech, including Meta and Alphabet, is investing in carbon removal to reach net-zero climate goals. One innovative startup, Lithos Carbon, employs a low-tech solution: spreading rock dust on crop fields to capture carbon. This process, known as enhanced rock weathering, has gained traction. With funding from Frontier, Lithos aims to scale up, potentially reducing carbon removal costs from $370 to $100 per ton by 2028.

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MIT researchers have found a breakthrough solution: repurposing recycled beer yeast to tackle water pollution, specifically lead contamination. By encapsulating yeast cells in hydrogel casings, they've created an efficient biofilter that removes lead from water. This innovative approach offers a sustainable and cost-effective solution for clean water, with potential applications in low-income regions facing pollution challenges. Future research aims to enhance filter capabilities and develop eco-friendly materials for widespread adoption.

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Swiss scientists have developed an innovative chocolate recipe that replaces sugar with the mashed pulp and husk of the cocoa pod. This new method promises a healthier, more sustainable chocolate that uses less land and water. Could this be the future of chocolate?

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Researchers from the University of Chicago's Pritzker School of Molecular Engineering have discovered a method to convert carbon dioxide into clean fuels with nearly 100% efficiency, using gold and zinc as catalysts. This new technique manipulates water molecules to reduce unwanted byproducts like hydrogen gas and carbonates, making the electrochemical carbon dioxide reduction (CO2R) process more efficient.

The breakthrough could pave the way for more sustainable energy production by leveraging renewable electricity sources such as solar and wind to create a clean energy loop.

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Engineers at the University of Illinois Chicago have developed a groundbreaking method to produce hydrogen gas using only solar power and agricultural waste. This innovative process reduces the energy needed to extract hydrogen from water by 600%, presenting a sustainable and climate-friendly solution for hydrogen-based fuel production.

In photo: Associate Professor Meenesh Singh, right, and postdoctoral researcher Rohit Chauhan work in Singh’s laboratory at the University of Illinois Chicago. (Photo: Jenny Fontaine/ UIC)

Article source and image grab from: UIC Today

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Researchers from the University of Cambridge have developed a method to produce very low-emission concrete at scale using electric arc furnaces, which could significantly reduce the carbon footprint of concrete production. This innovation represents a major step forward in the global effort to transition to net-zero emissions.

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Israeli researchers have developed a method to transform traditional lead-acid batteries into high-energy sources using carbon nanotubes. This results in an extended lifespan by four times and significantly enhances their efficiency. This breakthrough has the potential to revolutionize the energy storage industry by providing a more sustainable and cost-effective alternative to lithium-ion batteries.

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Finnish start-up Fiberwood has secured €7.7 million ($8.3 million) in funding to advance its production of sustainable, fossil-free packaging and insulation materials from forestry side streams and natural fibers. This funding will support the company’s move towards commercial production and international expansion.

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Toyota's venture capital arm is making a significant investment of $300 million in early-stage startups focused on clean energy, AI, and robotics. This initiative is part of Toyota's broader strategy to accelerate the development of scalable climate technologies and next-generation innovations that can help reduce carbon emissions and promote sustainability.

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A new approach to waste management, developed by researchers from the University of Glasgow and the University of Queensland, promises to address three critical issues in rural India: air pollution, soil health, and clean energy generation. This innovative system utilizes pyrolysis, a heat-based biomass recycling method, to convert biowaste into valuable fuels.

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Researchers from The Australian National University (ANU) and the University of Newcastle (UoN) have made groundbreaking discoveries that could revolutionize carbon capture and food production. They have uncovered a previously unknown function of an enzyme in cyanobacteria, potentially paving the way for climate-resilient crops that can absorb carbon dioxide more efficiently.

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In an innovative breakthrough, researchers from the Korea Advanced Institute of Science and Technology (KAIST) and Yonsei University have developed a novel paper coating material designed to reduce microplastic pollution.

This new coating material leverages biodegradable substances to enhance the performance and sustainability of paper packaging, presenting a viable alternative to traditional plastic coatings that contribute to environmental degradation.

The research highlights the potential for eco-friendly packaging solutions that can significantly mitigate the impact of plastic waste on our planet.

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Stockholm Exergi has entered into a groundbreaking agreement with Microsoft for the permanent removal of 3.33 million tonnes of carbon dioxide using bio-energy with carbon capture and storage (BECCS) at Värtan, Stockholm. This deal, the largest of its kind globally, will provide Microsoft with carbon removal certificates from 2028 over a ten-year period.

This article was featured on our May 13, 2024 newsletter. Get the scoop before anyone else by subscribing here ➡️ neonnomad.co

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Waste management facilities are increasingly adopting AI and imaging technology to enhance recycling efficiency and reduce waste. UK startup Greyparrot is at the forefront of this innovation with its AI-powered devices that accurately identify and sort misplaced recyclable materials such as plastics, aluminum, and paper in waste streams.

Image credit: Greyparrot

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Researchers in Brazil have developed an innovative method for producing biosensors using 3D laser printing on fallen leaves. This sustainable approach, led by Bruno Janegitz and Thiago Paixão, was published in ACS Sustainable Chemistry & Engineering, showcasing the use of CO2 lasers to create conductive electrode structures on leaf substrates.

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The Body Shop has partnered with Plastics for Change, an Indian recycling startup, to support waste pickers and create a fair trade verified recycled plastic platform. This collaboration, started in 2019, has enabled Plastics for Change to expand its programs, providing stable incomes to waste pickers and meeting the packaging needs of global brands.

In Photo: Plastics are sorted in Mangalore, India, before they are sent to be turned into granules.

Image Credits: Taken from The Guardian, Courtesy of Plastics For Change

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Woodfree, a Cardiff-based company, in collaboration with Bangor University’s Biocomposites Centre, is creating sustainable packaging material from coconut husks. This initiative aims to provide a low-cost, eco-friendly alternative to traditional paper and plastic packaging.

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