Scientists, policy makers, and leaders are gathering to discuss the urgent need to rapidly cut methane emissions, which are still rising due to human activities. The Global Methane Pledge aims for a 30% reduction in global emissions by 2030, with progress showing a potential 8% reduction if commitments are fully implemented. The key challenge lies in implementation rather than technology, with the energy sector holding the most potential for methane reduction. Immediate investment in improved landfills, circular waste systems, and new measurement tools is crucial to meet the global targets and combat climate change effectively. Leaders are urged to prioritize sustainability, implement policies to reduce greenhouse gas emissions, transition to renewable energy sources, and protect natural ecosystems for a more resilient and sustainable future for the planet.
Category: Industry, Materials & Waste
Cut Emissions:
– Improve Materials
– Improve Processes
– Cut Fugitive Emissions
– Use Waste as a Resource
– Shift Energy Sources
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Company behind Australia’s largest thermal storage project wins Arena funding
MGA Thermal has secured $3.25 million in funding from Arena to advance its thermal energy storage technology, utilizing Miscibility Gap Alloy material for large-scale, long-duration energy storage with high efficiency. The funding will support up to five front-end engineering design studies aimed at decarbonizing industrial process heat and enabling the shift to net zero emissions in Australia. CEO Mark Croudace is enthusiastic about collaborating on TES projects with leading industrial companies, while climate journalist Joshua S. Hill continues to report on clean energy news, focusing on climate change, clean technology, and electric vehicles. Stay updated with the latest clean energy news by subscribing to the free daily newsletter.
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Deloitte urges India to align renewables with AI data growth
India has the opportunity to become a leading data center hub by aligning policy, grid infrastructure, and renewable deployment. Key challenges include an energy supply gap, grid stability limitations, regulatory differences, and lack of a unified national framework. Recommendations include accelerating renewable integration, expanding green PPAs, upgrading transmission networks, and leveraging AI for energy optimization. Incentivizing decentralized renewable energy models, such as co-located solar and storage infrastructure, can increase access to clean energy, reduce reliance on fossil fuels, and make communities more resilient to climate change impacts. Policymakers and stakeholders must support and invest in these sustainable energy solutions to accelerate the transition to a low-carbon future.
https://www.pv-magazine.com/2026/02/23/deloitte-urges-india-to-align-renewables-with-ai-data-growth/
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State Labor pledges huge renewables tender for land “twice the size of Kangaroo Island”
The South Australia Labor government, before entering caretaker mode, announced plans to launch a major competitive tender for new solar, wind, and storage projects if re-elected. They have opened up over 11,000 km of land for renewable energy development under the state's Hydrogen and Renewable Energy Act, aiming to power over half a million homes. The government is laying the foundation for a clean energy boom through a world-first regulatory framework, with parcels of land in key regions identified for potential investment. Extensive consultation with stakeholders is being conducted to ensure social, economic, and environmental considerations are taken into account, with a goal of optimizing renewable energy opportunities while protecting the natural environment and social capital of the regions.
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NexWafe, Talon PV sign 7 GW solar wafer supply agreement
NexWafe has partnered with Talon PV to supply 7 GW of solar wafers for their TOPCon solar cell manufacturing plant in Texas, focusing on improving cell performance with EpiNex substrates. The partnership aims to enhance material quality, reduce oxygen content, and optimize junction engineering for higher efficiency and reliability. NexWafe's EpiNex silicon wafers are manufactured through a gas-to-wafer epitaxy process, reducing energy consumption. Talon PV is establishing a pilot production line at Fraunhofer ISE to conduct initial qualification work with EpiNex wafers, aiming to strengthen domestic content in solar products and develop a resilient Western-aligned supply chain for next-generation photovoltaics.
https://www.pv-magazine.com/2026/02/20/nexwafe-talon-pv-sign-7-gw-solar-wafer-supply-agreement/
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Taxing Fossil Fuel Profits
A new study recommends implementing profit-based taxes on fossil fuel companies in the EU to finance the energy transition, protect consumers, and support energy savings and electrification. The goal is to redirect capital towards clean energy, strengthen Europe's energy security, and achieve climate goals. Measures include introducing a differentiated corporate tax framework, extending taxation of windfall profits, and establishing an EU-level methodology to monitor price pass-through. Additionally, there is a focus on protecting workers in the fossil fuel sector and recycling revenues from fossil fuel profit taxes into the energy transition to discourage further fossil fuel expansion and promote the transition to clean energy.
https://cleantechnica.com/2026/02/20/taxing-fossil-fuel-profits/
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AI + energy: the monster child of Origin and Facebook? Or a smart, decentralised grid?
Luis F. Gonzalez, Chief Data and AI Officer at Aboitiz Power, believes that AI will lead the energy transition by embedding intelligence in power systems, changing the economics of power and unlocking capital for renewables. He envisions a future where computation is distributed, closer to where energy is generated and consumed, empowering consumers. Gonzalez emphasizes the need for a coordinating intelligence layer to efficiently manage energy grids, whether centralized or decentralized. The article discusses the potential for AI and data companies to optimize energy consumption and manage electricity grids, with Gonzalez warning against monopolization and advocating for government-owned regulatory sandboxes. The question remains whether AI will democratize clean energy or shift power to tech platforms, shaping the clean energy transition based on who controls the data layer above the grid.
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Environmental News Network – Plant-Based Material Offers Sustainable Method of Recovering Rare Earth Element
Researchers at Penn State have developed a sustainable method for isolating and recovering dysprosium, a rare earth element used in electronics, using cellulose to selectively separate it from other elements. This eco-friendly approach addresses the global shortage of rare earth elements and offers a renewable alternative to traditional extraction methods, providing a promising solution for sustainable electronics manufacturing.
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AI now can now predict solar cell efficiency from wafer quality
Korea University researchers have developed a machine-learning framework that predicts solar cell efficiency from wafer quality, enabling early wafer screening and optimized production paths. The approach combines predictive modeling, process optimization, and explainable AI to support photovoltaic manufacturing. The model uses over 100,000 industrial data points to make data-based decisions and enable intelligent automation in photovoltaic manufacturing. A new machine learning methodology for optimizing process conditions in solar cell manufacturing was introduced in a recent study published in Energy and AI, showing efficiency and rapidity compared to traditional methods. The research group also developed a machine learning model for predicting sheet resistance in solar cell manufacturing processes, offering reliability and interpretability for potential application in various industrial processes.
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Adani to invest $100 billion in AI data centers in India
Adani Group is set to invest $100 billion by 2035 to construct renewable-powered data centers in India, with a goal of reaching 5 GW of capacity and establishing a $250 billion AI infrastructure ecosystem. This investment will facilitate the growth of renewable-energy-powered, AI-ready data center capacity across the country, positioning India as a key player in the global artificial intelligence economy. The planned 5 GW rollout would create the world's largest integrated data center platform, primarily powered by Adani Green Energy's renewable projects. Additionally, Adani plans to expand its renewable portfolio and enhance transmission networks to support high-demand AI workloads.
https://www.pv-magazine.com/2026/02/18/adani-to-invest-100-billion-in-ai-data-centers-in-india/