Sentence examples for main pyrolysis process from inspiring English sources

The kinetic analysis of the main pyrolysis process used a composite procedure involving the iso-conversional method and the master-plots method.

Three stages for EL, EB and ESD pyrolysis have been divided using differential derivative thermogravimetric (DDTG) method and the second stage is the main pyrolysis process with approximately 86.93% (EL), 88.96% (EB) and 97.84% (ESD) weight loss percentages.

In this work, the influence of the main pyrolysis process variables (temperature, solid residence time, mass flow rate and inert gas flow) has been studied by a thorough analysis of product yields and properties.

In this paper, the pyrolysis characteristics of six typical components in municipal solid waste (MSW) were investigated through a TG-FTIR combined technique and it was concluded that the main pyrolysis process of the biomass components (including food residues, sawdust and paper) occurred at 150 600 °C.

Our studies found that there were three stages during the pyrolysis of maize straw and U. pertusa which were distinguished as moisture evaporation (stage I), a main pyrolysis process (stage II) and a slow decomposition process (stage III).

The cost of the pyrolysis process is the main aspect associated with the processing cost.

In the pyrolysis process, lignin is the main component responsible for higher char formation, while hemicelluloses and cellulose contribute more volatile components (Sugumaran and Seshadri 2009; Maia et al. 2011; Sugumaran et al. 2012).

The main changes occurred in the petrofabric, as the pyrolysis process caused intense fracturing parallel to the original bedding structure of the shale.

The TG curve indicated that the pyrolysis process of moso bamboo included three steps and the main pyrolysis occurred in the second steps with temperature range from 450 K to 650 K and over 68.69% mass was degraded.

TGA results showed that the pyrolysis process of the two lignin samples has similar characteristics, and the main pyrolysis temperature range of both substrates is from 200 °C to 500 °C.

Initiating the application of RTILs in the pyrolysis process and finding that EMIBF4 could be employed as ligands and reducing agents are the main contributions of this preliminary work.