Studies have shown that pyrolysis method and temperature are the key factors influencing
biochar chemical and physical properties; however, information on the nature of biochar …

Various studies have established that feedstock choice, pyrolysis temperature, and pyrolysis
type influence final biochar physicochemical characteristics. However, overarching analyses …

As biochar gains popularity within agricultural applications, proper selection of feedstocks
and pyrolysis conditions are crucial to maximising its added value. In this study, biochars …

Considering the global issue of vegetable wastes generation and its impact on the
environment and resources, this study evaluated the conversion of four largely produced …

The aim of this study was to systemically evaluate how feedstock characteristics and
temperature influence biochar evolution during pyrolysis and to establish their relationships …

Biochars (n= 94) were found to have ash contents from 0.4% to 88.2%, volatile matter from
13.2% to 70.0%, and fixed carbon from 0% to 77.4%(w/w). Greater pyrolysis temperature for …

Feedstock type and pyrolysis temperature primarily affect the properties of resultant biochar.
Therefore, the effects of several different feedstock types and various pyrolysis temperatures …

Biochar is a pyrogenous, organic material synthesized through pyrolysis of different biomass
(plant or animal waste). The potential biochar applications include:(1) pollution remediation …

The aim of this study was to evaluate how pyrolysis temperature influences the yield and
physicochemical properties of biochar. We produced biochar from four feedstocks (wheat …

Combined effects of operating conditions including heating temperature (200–700° C), time
(1–8 h) and rate, and atmosphere (air-flow, air-limited and N 2) on the physicochemical …