Slow pyrolysis, a widely recognized thermochemical technique, is employed to produce
biochar usually under inert atmospheres. Recently, there is a growing interest in utilizing CO …

This study systematically investigated the biochar toxicity from the in vitro tests involving the
use of human liver and lung cell lines, as well as in vivo tests using Drosophila …

The use of biochar for recovery of excess nutrients in dairy manure effluent and the use of
nutrient‐enriched biochar as soil amendment can offer a robust solution for multiple …

This study investigated producing biochar from Geodae-Uksae 1 for soil applications to
sequestrate carbon from the atmosphere and improve the productivity of crops. Using a lab …

In the present study, biochars (BCs) derived from naturally grown green waste (Cynodon
dactylon L.) were investigated regarding their impacts on bioaccumulation of potentially toxic …

Amending soils with biochar can have multiple environmental benefits, including
improvement in soil physicochemical properties, carbon sequestration, reduction in leaching …

This study comparatively investigated the influence of changes in pyrolysis temperature on
the physicochemical, structural, and adsorptive properties of biochars derived from a green …

综述了生物炭(biomass charcoal) 特性及其对土壤环境和作物生长的影响.
生物炭可提高土壤碳库容量, 提高土壤pH 值, 同时炭具有很大的表面积, 持水性, 吸附性均较强 …