Science & Tech

University of Queensland Develops Record-Breaking Eco-Friendly Solar Cell

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Summary: UQ achieves a world record 16.65% efficiency with Tin Halide perovskite solar cells, advancing sustainable and eco-friendly solar technology. The University of Queensland (UQ) has achieved a certified world record efficiency of 16.65% using Tin Halide perovskite (THP) solar cells, marking a significant breakthrough in sustainable energy technology. Record Setting Efficiency with Tin-Based Technology […]

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Telemedicine Cuts Carbon Emissions Equivalent to 130,000 Car Trips Monthly

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Summary: UCLA research shows telemedicine in 2023 significantly reduced carbon emissions, highlighting its climate benefits and potential for sustainable healthcare policies. Telemedicine use in 2023 reduced monthly carbon dioxide emissions by an estimated 21.4 million to 47.6 million kilograms, equivalent to avoiding emissions from 61,000 to 130,000 gas-powered vehicles each month. This UCLA-led study highlights

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New Study Shows Oil Spill Cleanup Agents Do Not Hinder Natural Biodegradation

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Summary: A recent study finds that spill treating agents used in oil cleanup do not significantly impede natural microbial biodegradation, reassuring effective emergency responses. Biodegradation is a vital natural process in oil spill cleanup. A new study, published in Applied and Environmental Microbiology, reveals that spill treating agents do not substantially impede this natural biodegradation

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Mondi and Evonik Introduce Recyclable Paper Bags to Slash Carbon Footprint in Chemical Packaging

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Summary: Mondi and Evonik jointly launch recyclable paper bags for chemical powders to reduce environmental impacts and promote sustainable packaging. On April 22, 2025, Mondi and Evonik unveiled a new recyclable paper bag designed specifically for transporting chemical powders, including fumed silica. This initiative targets reducing environmental impacts tied to chemical packaging. Innovative Packaging to

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Biodegradable Plastics: Growing Market Amid Rising Global Plastic Production

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Summary: The rapid increase in global plastic production highlights environmental risks and drives demand for biodegradable plastics in packaging and agriculture. As global plastic production is projected to triple by 2060, the environmental toll is mounting—driving urgent demand for sustainable alternatives, particularly in packaging and agriculture. Plastic Production and Environmental Consequences Plastic output reached 404.5

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Innovative Feed Cut Methane Emissions From Dairy Cows, Boosting Sustainability and Milk Production

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Summary: University of Florida researchers developed a flaxseed and pea protein feed supplement that reduces methane emissions from dairy cows while improving milk production efficiency. Dairy farming faces a significant environmental challenge, as methane emissions from cows are a substantial contributor to global warming. Researchers at the University of Florida have developed a novel cattle

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The collaboration combines SMX’s invisible molecular marking and blockchain expertise with Aegis Packaging’s O₂X coating to enhance plastic packaging recyclability and verification. Credit: AppleEyesStudio/Shutterstock

SMX and Aegis Packaging Collaborate to Boost Plastic Packaging Recyclability

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Summary: SMX and Aegis Packaging partner to enhance plastic packaging recyclability using molecular marking and advanced coating technology. The growing demand for sustainable packaging solutions has led to a notable collaboration between SMX (Security Matters) and Aegis Packaging. This partnership integrates cutting-edge technologies to improve the recyclability and transparency of plastic packaging, thereby addressing crucial

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New Weather Forecasting Technique Accelerates Electrocatalyst Durability Testing

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Summary: Researchers apply weather forecasting data assimilation to rapidly predict electrocatalyst degradation, speeding green hydrogen technology development. Researchers from the National Institute for Materials Science (NIMS) have developed a rapid prediction method for electrocatalyst degradation by adopting data assimilation techniques originally used in weather forecasting. This novel approach significantly speeds up durability testing crucial for

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Innovative Hydrogen-Bonding Microenvironment Boosts CO2 Electroreduction Efficiency

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Summary: Researchers at the University of Science and Technology of China develop a hydrogen-bonding microenvironment enhancing CO2 conversion to valuable products, offering a path for sustainable chemical production. Scientists at the University of Science and Technology of China have engineered a unique hydrogen-bonding microenvironment to improve CO2 electroreduction efficiency. This breakthrough can transform waste CO2

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New Study Reveals How Microplastics Become Trapped in Streams, Offering Hope for Targeted Cleanups

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Summary: Research from the University of Arkansas uncovers how stream characteristics influence microplastic trapping, guiding effective cleanup strategies. Microplastics, tiny particles less than five millimeters in size, are emerging as a significant environmental threat. Found in many daily products, these plastics infiltrate ecosystems through everyday actions, threatening both human health and wildlife. A recent study

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