This review critically examines the state of the art of rate laws and kinetic constants for the
gasification, with carbon dioxide and steam, and the combustion of chars produced from …

Biomass pyrolysis is a promising route for synthesizing graphene-like carbon (GLC)
structures, potentially offering a cost-effective and renewable alternative to graphene. This …

Cost-effective strategies for integrating bio-oil production with biochar utilization in new
sustainable platforms are needed to improve the economic viability of pyrolysis for energy …

Char samples were produced from pyrolysis in a lab-scale solar reactor. The pyrolysis of
beech wood was carried out at temperatures ranging from 600 to 2000° C, with heating rates …

This paper deals with the gasification reactivity and kinetic modeling of biomass chars
derived from a wide range of plant origins. For most chars studied, the gasification reactivity …

This work was carried out in order to quantify the impact of the pyrolysis heating rate both on
the properties of the residual charcoal and on the behaviour during gasification by H2O of …

The production of charcoal for metallurgical applications requires careful selection of the
wood and control of the pyrolysis conditions to ensure acceptable charcoal quality. The main …

This work was carried out in order to understand the effect of the pyrolysis operating
conditions and the nature of the biomass on the physicochemical properties of the char and …

Steam gasification of two biomass-derived chars was studied at 700, 750, and 800° C in a
fixed bed microreactor at different steam flow rates in the range of 1.25 to 10 g/h/g of char …

In this study, CO 2 gasification of raw and acid-washed chars obtained from various types of
lignocellulosic biomasses (woody and agricultural waste biomasses) was studied under …