Bakkafrost Scotland secured HIE funding to convert RAS wastewater into biochar at its Applecross hatchery. This pioneering £2.5M project uses pyrolysis to transform waste into a valuable forestry fertilizer, reducing environmental impact and showcasing… 👉

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Equation Coffee's Biochar Origins uses coffee plant waste as a soil amendment, boosting soil organic carbon by 30% and farmer income by 25%. This project aims to reach 5,000 farming families by 2026, fostering sustainable coffee cultivation. Learn More 👉

Research demonstrates that integrating plants and biochar significantly enhances methane removal in landfill cover soils. Swine manure-derived biochar (MBC) proved more effective than maize straw-derived biochar (SBC), particularly in restoring methane… 👉

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A recent study reveals that incorporating just 1% agricultural biochar into ultra-high-performance concrete (UHPC) can increase its compressive strength by 2.65%, while also reducing shrinkage and improving durability. This sustainable approach transfo… 👉

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Thanks for following, FELIPE CAMARA! #BiocharFriends.

Biochar: a climate solution with a hidden fiery secret? While promising for carbon sequestration and soil health, its self-heating risk poses critical safety challenges. Uncover the science behind spontaneous ignition during storage and transport. This… 👉

Biochar research is rapidly expanding, with a significant 17% increase in publications between 2022 and 2023, demonstrating its growing importance. China leads this global effort, contributing nearly 28% of all studies, highlighting biochar's diverse a… 👉

Element doping transforms biochar, unlocking unprecedented performance. New research highlights biochar's adsorption capacity increasing by up to 17.8 times, and sustaining 98% supercapacitor capacity after 15,000 cycles. These advancements pave the wa… 👉

New research demonstrates that Support Vector Regression (SVR) and CatBoost machine learning models can predict CO2 adsorption in KOH-activated biochar with over 92% accuracy, offering a powerful tool for optimizing carbon capture technologies and redu… 👉

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A new biomass-derived mesoporous biochar, PEI-600@MC, achieves a high CO2​ sorption capacity of approximately 3.35 mmol/g at 70°C and 0.1 MPa. This material, with an amine efficiency of 0.32 mmol CO2​/mmol N, demonstrates excellent cyclic stability (<7… 👉

Unlocking new value from biomass waste, a critical review reveals how converting problematic bio-tar into bio-carbon can significantly enhance material properties and yields. By carefully controlling polymerization conditions, including temperature, ti… 👉

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Tom Mills' report highlights Biochar Carbon Removal and Enhanced Rock Weathering as vital innovations for improving agricultural productivity and climate resilience, particularly in the Global South. These methods promise substantial CO2 removal, incre… 👉

In the latest post from Ralph Green, he emphasizes that successful small-scale biochar production hinges on context. Factors like location, feedstock access, and climate are often overlooked in macro-level discussions. Ralph shares how considering avai… 👉

Glad Climate made its first biochar carbon removal purchase—1 tonne from Restord in Cornwall—at £200/t, launching Season 1 of its Climate Pot. Its subscription model pools small payments from individuals and SMEs, creating broader, more resilient deman… 👉

Thanks for following, June Picard! #BiocharFriends.