Constructed wetlands (CWs) are widely recognized as nature-based solutions for
wastewater treatment, offering various socio-economic and ecological benefits. However …

The influences of plastic matrix on mechanical properties (flexural and tensile properties) of
wood-plastic composites (WPCs) were investigated. WPCs were prepared with five types of …

Wood-plastic composites (WPCs) have garnered considerable interest in academia due to
their desirable mechanical characteristics and long-lasting nature. The initial research …

It is important to examine the long-term durability of glass-kenaf fibre reinforced phenolic
resin composites when they are exposed to humid environments or submerged in water …

This article focuses on the evaluation of the water immersion properties of wood-plastic
composite (WPC) made with industrial wood residues. The effects of fiber type and …

In this study, biodegradable polylactic acid (PLA)/chitosan (Cs) composites were produced
via melt compounding and compression molding techniques. Various chitosan loadings of …

In addition to the traditional fibre-reinforced composites, the investigation of novel
composites with significant potential for engineering applications attracts increasing …

This paper investigates the manufacture of polyurethane from pyrolysis bio-oil produced
from radiata pine wood. Liquid-liquid extraction was used to separate bio-oil into fractions …

Due to accelerated modernization, urban environmental waste is being generated at an
exponential rate, and paper is one of the largest solid wastes. Among them, digital printing …

Wood polymer composites are materials frequently used for outdoor applications, since they
can operate under a large range of temperature and moisture conditions. The present work …