Biomass residues and waste can be converted into bioliquids by pyrolysis, which can contribute to both the production of renewable fuels and the recycling of waste. In this paper, the catalytic co-pyrolysis of mixtures of beech wood (BW) and polyamide-6 (PA6) in different ratios was investigated to ...

An in-depth understanding of the bonding mechanism of botanical concrete (BC) can facilitate its development and improve its performance. For this purpose, six hot-pressed BC samples comprising mixtures of wood with concrete powder, carbonated concrete, and sand were prepared in this study. The...

Nepal was hit by a mega earthquake and subsequent aftershocks in 2015, which severely affected the rural lives. The contribution of community forests to recover from the aftermath of earthquake is least studied. On this purview, this study aims to examine the roles of community forestry to recover...

We analysed the degree of price cointegration among pine log markets in northeast Argentina, Paraná State of Brazil, and Uruguay by examining price series over the period 2008--2020. We evaluated the cointegration of price series of the same product through the study regions. In the same way, we...

The wood-based sector has the potential to contribute significantly to the circular bioeconomy. This paper examines the potential for implementing circular bioeconomy principles across two value chains, covering five sectors: "sawnwood", "bioenergy", "construction", "paper and pulp", and...

The issue of energy consumption in the field of wood drying has attracted widespread concern worldwide. In this paper, combining with the self-heat recuperation technology, a novel self-heat recuperation wood drying system (SHRWDS) with a fixed bed dryer is proposed to recover the sensible heat and ...

The particle board industry always generates huge fine-particle sanding wood waste (FPSW) that has very limited usage. In the present study, FPSW was pyrolyzed in a thermogravimetric analyzer at room temperature to 650°C with heating rates of 5, 10, and 15°C min^-1 in a highly purified N₂...

To reduce the raw material content in particleboards, the influence of core layer particle geometry on panel properties was compared for lightweight particleboards (500 kg/m³) and conventional panels (650 kg/m³). Specifically, the bending strength and modulus of elasticity, internal bond strength,...

The addition of maleic anhydride (MA)-modified polypropylene (MAPP) as a compatibilizer increases mechanical and physical properties of wood/plastic composites (WPCs). It is thought that MA graft ratio (Gr), molecular weight (weight-average molecular weight [Mw]), and mixing methods of MAPP affect...