Biodegradable biobased polymers derived from biomass (such as plant, animal, marine, or
forestry material) show promise in replacing conventional petrochemical polymers …

Domestic cooling demands in arid and hot climate regions, including Qatar, induce a
significant challenge to reduce the area's cooling energy consumption and carbon footprint …

The synthesis of bio-based high-efficiency flame retardants in accordance with green and
facile method is critical yet very challenging for bioplastics, eg, poly (lactic acid)(PLA). In this …

Abstract Poly (lactic acid)(PLA) stands out as the most promising biodegradable alternative
to conventional petrochemical‐based polymers for manufacturing of high‐performance …

Buildings, whether commercial or residential, consume a huge proportion of the energy
produced globally to maintain livable conditions within their walls. It is estimated that 40% of …

The biodegradable biopolymer polylactic acid (PLA) has been used in the recent past in
single-use packaging as a suitable replacement for non-biodegradable fossil fuel-based …

In recent decades, there has been a growing concern about the excessive consumption on
petroleum-based sources. Scientists are now focused on increasing the utilization of natural …

Manufacturing through additive techniques, especially utilizing the fused filament fabrication
(FFF) method, is a transformative technology revolutionizing design and manufacturing. FFF …

This study aims to analyse the annealing effect on the mechanical properties of PETG,
carbon fibre reinforced PETG (PETG+ CF) and Kevlar fibre reinforced PETG (PETG+ KF) …

A green polymer composite consisting of date palm wood powder (DPWP) and polylactic
acid (PLA) was developed, as an insulating material. DPWP (10–50 wt%) was mixed with …