Biochar Today

Peanut shell biochar improves cement mortar by boosting strength and significantly reducing shrinkage. A 3.0% substitution enhances mechanical properties and cuts CO2 emissions by 19%, presenting a sustainable approach for building materials. Learn More ??https://ift.tt/sDNYnT0

NetZero has introduced Gen2, a modular, containerized biochar production system that reduces material use while doubling output. Designed for efficiency and scalability, it will first be deployed in Brazil. Unveiled at Dassault Systèmes’ event, Gen2 supports NetZero’s carbon removal and sustainable agriculture initiatives. Learn More ??https://ift.tt/tzxfPnK

Expansive clay causes severe damage to roads due to its tendency to swell and shrink. A new study in the Journal of Rock Mechanics and Geotechnical Engineering by Mohammad Saberian et al. explores how fine-grained wood biochar can enhance the strength and durability of clay subgrades, offering an eco-friendly solution for road construction. Learn More ??https://ift.tt/Sfr4dyN

Coal mining generates vast amounts of coal gangue, a waste material that degrades soil quality. A recent study published in Scientific Reports by Qiuyun Fan et al. explores how biochar and polyacrylamide improve coal gangue soil, enhancing enzyme activity and organic carbon content—key steps in restoring mining-affected land. Learn More ??https://ift.tt/M6bDrJO

This research explores the synthesis and optimization of biochar from sugarcane bagasse and corncob using a vacuum pyrolyzer, aiming to harness its possible potential applications for sustainable agricultural and environmental solutions. Biochar with porous structures has been created in a slow pyrolyzer at three temperature ranges. Learn More ??https://ift.tt/yvlGiTh

Nano-biochar, synthesized from bamboo biomass, was investigated as a dual-functional material for electrochemical sensing of ferulic acid in cosmetics and adsorptive removal of surfactants from cosmetic wastewater Learn More ??https://ift.tt/pZATeGX

Chromium, especially in its hexavalent form (Cr(VI)), poses significant health risks due to its carcinogenic properties. Emerging research suggests that biochar, a carbon-rich material derived from biomass pyrolysis, holds promise as an effective and sustainable solution for Cr(VI) remediation Learn More ??https://ift.tt/Um1nNtO

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Shropshire Council plans to convert a former anaerobic digester in Ludlow Business Park into a biochar production plant using green waste. While concerns about environmental impact and proximity to homes exist, supporters highlight its carbon reduction benefits. The planning committee will review the proposal next Tuesday. Learn More ??https://ift.tt/UQ0kJEv

This research explores the synthesis and optimization of biochar from sugarcane bagasse and corncob using a vacuum pyrolyzer, aiming to harness its possible potential applications for sustainable agricultural and environmental solutions. Biochar with porous structures has been created in a slow pyrolyzer at three temperature ranges Learn More ??https://ift.tt/UBCqLrd