Biochar Today

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

This study highlights the potential of macroalgae as a renewable resource, emphasizing the versatile applications of pyrolysis products. Harvesting macroalgae during the peak growth, optimizing pyrolysis parameters, integrating complementary techniques, and using efficient catalysts can significantly enhance conversion and yields. Developing cost- effective, sustainable methods by reducing energy use, minimizing emissions, and ensuring responsible feed- stock management is essential to improve reaction efficiency and product functionality Learn More 👉https://ift.tt/tr7aInz

A study in Cleaner Chemical Engineering presents phosphoric acid-treated soybean biochar (PTSB) as a dual-purpose adsorbent for removing ofloxacin from water and CO2 from the gaseous phase, offering a sustainable solution for environmental remediation. Learn More 👉https://ift.tt/eHMdhp6

The burgeoning biochar industry, hailed for its potential to address climate change, enhance soil health, and create sustainable solutions, is brimming with innovation and enthusiasm. Yet, for aspiring entrepreneurs eager to enter this promising sector, the path to success can be complex and fraught with challenges. Enter Biochar World. Read this overview of Biochar World, written exclusively for members of Biochar Today. Learn More 👉https://ift.tt/dyqhCzp

MEMBER EXCLUSIVE. Learn how biochar contributes to sustainability by transforming waste, improving soil, and capturing carbon. This piece from Dr. Shanthi Prabha highlights the importance of standardized guidelines for ensuring biochar’s quality, safety, and market adoption, emphasizing its role in the circular economy and climate change mitigation efforts. Learn More 👉https://ift.tt/caCgT8W