With depleting fossil fuels and an increase in environmental issues due to non-
biodegradable plastics obtained from petrochemicals, the researchers are making a shift …

In this research, high amounts of the world's most wasted agricultural residue (rice straws)
were utilized to produce hybrid green composites. Rice straws (RS) were needle-punched …

Rice straw (RS) was utilized to produce biogas, and its biogas residues (BR) were studied
on different degradation time. When rice straw was digested, much biogas was produced …

Biocomposites processed with polycaprolactone (PCL) and macaíba fiber (MF) were melting
extruded in this work with MF content ranging from 10% to 20%. MF was naturally added to …

Biocomposites of poly (ε-caprolactone)/Macaiba (PCL/MF) upon fiber addition ranging from
10% to 20% were successfully extruded and thoroughly characterized by torque rheometry …

Modified rice straw/Fe3O4/polycaprolactone nanocomposites (ORS/Fe3O4/PCL-NCs) have
been prepared for the first time using a solution casting method. The RS/Fe3O4-NCs were …

In this study, cellulose nanofibrils (CNFs) fabricated from rice straw were utilized to reinforce
poly (ε-caprolactone)(PCL), and the structure and properties of these CNF/PCL composite …

The influence of polycaprolactone (PCL) and nano titanium phosphate, pristine (TiP) and
Jeffamine™ modified (JETiP), was investigated in composites derived from recycled …

This study investigates the effect of modified wheat straw on the physical and mechanical
properties of modified wheat straw/high-density polyethylene (MWS/HDPE) straw-plastic …

An efficient method to accelerate the use of polymer composites is to focus on their
development as environmentally friendly materials that can naturally break down without …