To minimize the consumption of nonrenewable resources and ensure environmental
sustainability, there ought to be greater utilization of abundant and renewable greener …

The increased severity of viral infections, particularly due to the emergence of more severe
SARS-CoV-2 variants, has resonated with the urgency of developing sustainable and …

The chemical composition of woody biomass directly influences its thermal degradation and,
subsequently, the selection of processes and technologies used for its conversion into …

A novel polymer was synthesized from the second-generation biomass furfural and maleic
anhydride (MAH) via precipitation copolymerization. The biomass furfural was converted to …

This research was aimed at investigating the physicochemical, thermal, and mechanical
properties of newly identified cellulosic fiber extracted from the bark of Erythrina variegata …

Plastics have contributed to increased pollution levels in recent years, and their prolonged
decomposition creates significant environmental issues. It is time to get rid of these products …

A facile and rapid approach to immobilize nano-sized titanium dioxide (TiO 2) using a
renewable biopolymer (ie alginate) has been successfully demonstrated. TiO 2 exhibits a …

Bioconversion of biomass and production of value-added products is the most appropriate
pathway for a sustainable economy. Lignocellulosic biomass is a plentiful available natural …

Opinnäytetyön toimeksiantaja oli Biokiertotalouden kestävät pakkausratkaisut (BioPak)-
hanke, jonka tavoitteena on tutkia, kehittää ja demonstroida puukuitupakkausten …

En la actualidad, existe una tendencia por parte de la industria en la búsqueda de enzimas
de origen natural y con alta actividad hidrolítica, que faciliten la bioconversión de la …