The transformation behavior of different types of lignin structure was investigated during
composing with particular interest of revealing the contribution rate of lignin functional …

Humus is the stable form of carbon storage in straw compost. The phenol-amine reaction is
a pathway for humus formation in straw compost. In this study, two reaction systems, GP …

The aim of this research was to compare the structural features of lignin and alkali-soluble
humic substances isolated from grass compost at different stages of composting, and to …

Alkali lignin (AL) and sodium lignosulfonate (SLS) are by-products of the papermaking
industry and could influence composting processes due to their rich aromatic structures. In …

Co-composting of different lignin sources with biogenic waste from the separate collection in
Vienna was carried out in lab-scale experiments to promote humification as lignin is known …

Lignin, as the second largest biomass resource in the biomass plant, has the potential to be
converted into other organic matter. Microbial mediated biocatalytic process in compost can …

The aim of this work was to identify the factors which can affect humic substance (HS)
formation. Composting periods, HS precursors, bacteria communities and environment …

Composting can convert organic materials into stable humus (HS), resulting in high-fertility
organic fertilizers that were widely used in the treatment of agricultural wastes. Therefore, it …

Humic acids (HAs) extracted from woody composts by a two-step fermentation procedure
(lignin degradation as the 1st step and humification as the 2nd step) were analyzed by a …

Humin (HM) is a complex mixture of molecules produced in the different biological
processes, and the structural evolution of HM in the agricultural wastes composting are not …