Climate Insider

The recent tariffs imposed by President Trump are set to significantly impact the climate tech and cleantech industries in the U.S., raising costs for solar and wind operations that heavily rely on imported components. Despite the tariffs being severe, experts argue that the U.S.'s diminishing role in the global cleantech market means the consequences may not be as drastic as they once would have been. However, the increased costs from tariffs on solar panels and components could hinder domestic projects, complicating the path for U.S.-based cleantech firms. For the full article find the link via our comments. #ClimateLeadership #Cleantech #RenewableEnergy

Hyroad Energy is partnering with Bosch Rexroth and GenH2 to establish the first zero-loss liquid hydrogen refueling station in the U.S., set for deployment in Dallas, Texas by 2026. This collaboration aims to address inefficiencies in hydrogen transport by integrating advanced cryogenic technologies, thereby eliminating boil-off losses during storage and refueling. For the full article find the link via our comments. #HydrogenEnergy #CleanTransportation #Dallas#HydrogenEnergy

Qantas and Airbus are taking significant steps to decarbonize aviation with a new AUD$15 million investment in Climate Tech Partners. This funding aims to accelerate the development of sustainable aviation fuel (SAF) technologies in Australia, building on their existing US$200 million collaboration. Startups selected for funding will benefit from mentorship and access to resources from both Qantas and Airbus, bridging the gap between R&D and practical aviation applications. For the full article find the link via our comments. #SustainableAviation #ClimateAction #QantasAirbus

Scotland is set for a significant upgrade to its electricity distribution network, with a £450 million investment dedicated to enhancing infrastructure resilience and reliability. This initiative by Scottish and Southern Electricity Networks will support the integration of clean energy technologies, including electric vehicle chargers and solar panels, across rural and urban communities until 2030. Five contractors will spearhead the project, focusing on renewing overhead lines, modernizing substations, and reinforcing the network to withstand extreme weather. This comprehensive approach aims to meet the increasing demand for electricity and align with the U.K.'s decarbonization goals. The investment is crucial for the transition to a sustainable economy, ensuring the electricity system can support future energy needs while boosting local economies.     For the full article find the link via our comments. #Scotland #Electricity #CleanEnergy

Summit Nanotech has successfully secured $25.5 million in funding to enhance its direct lithium extraction technology, a crucial step in addressing the growing demand for electric vehicle battery materials. For the full article find the link via our comments. #Lithium #Sustainability #ElectricVehicles

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The Canadian Nuclear Safety Commission – Commission canadienne de sûreté nucléaire has authorized Ontario Power Generation (OPG) to construct a General Electric Hitachi BWRX-300 small modular reactor at the Darlington New Nuclear Project site in Clarington, Ontario. This license, effective until March 2035, includes four specific conditions to ensure public safety and regulatory oversight during construction. The decision reflects OPG's capability to build the reactor while prioritizing environmental and public health. It follows extensive public consultations, including Indigenous community engagement, affirming the Commission's commitment to constitutional responsibilities and continuous dialogue. This project signifies a crucial step towards sustainable energy solutions without compromising safety standards. For the full article find the link via our comments. #NuclearEnergy #OntarioPowerGeneration #SustainableDevelopment

The UK government is investing £20 million in Starmaker One, a public-private fusion energy venture capital fund aimed at unlocking over £100 million in private investment. This marks the first government collaboration with a private fusion investment vehicle, reinforcing the UK’s commitment to clean energy technologies. Managed by East X Ventures, Starmaker One will support startups in fusion-related fields such as magnetics, AI, and energy storage. The initiative aligns with the UK’s industrial strategy, targeting growth hubs like Oxfordshire and Nottinghamshire, and aims to create jobs for scientists, engineers, and skilled workers. With fusion energy’s potential to provide carbon-free electricity, this investment positions the UK as a leader in a strategic industry critical to future energy security. For the full article find the link via our comments. #FusionEnergy #CleanTech #UKInvestment

Researchers are exploring cost-effective methods for direct air capture (DAC) using accessible materials that leverage humidity changes. By utilizing organic waste and feedstock, these novel approaches can significantly lower the costs associated with DAC technologies, making it viable across various sectors. The study published in *Environmental Science & Technology* emphasizes the potential of materials like activated carbon and metal oxide nanoparticles for efficient CO2 capture. This innovation could accelerate the adoption of DAC, particularly in industries where traditional decarbonization methods face challenges. By optimizing system design and utilizing natural humidity gradients, we can enhance carbon capture efficiency. This shift not only contributes to climate goals but also opens up new avenues for sustainable industry practices. For the full article find the link via our comments. #ClimateScience #Sustainability #CarbonCapture

Terradot is making strides in carbon removal by partnering with Microsoft to eliminate 12,000 tons of CO₂ through Enhanced Rock Weathering (ERW) by 2029. This agreement not only amplifies their previous funding efforts, including a $54 million Series A round, but also supports a groundbreaking research protocol in Brazil that sets new standards for verification in carbon credits. By leveraging Brazil's ideal climate and proximity to rock quarries, Terradot is poised to generate its first carbon removal credits by late 2025. This initiative not only addresses climate needs but also enhances agricultural benefits—improving soil quality while offering a scalable solution to CO₂ reduction. The comprehensive scientific monitoring backing this project aims to build confidence in ERW as a reliable carbon removal method, ensuring that the future of carbon management is both effective and transparent. For the full article find the link via our comments. #CarbonRemoval #EnhancedRockWeathering #SustainableAgriculture