Characterization of date palm lignocellulosic by-products and self-bonded composite materials obtained thereof

Effect of Date Palm Cultivar, Particle Size, Panel Density and Hot Water Extraction on Particleboards Manufactured from Date Palm Fronds

“…The amount of extractives content in date palm cultivars as shown in Table 2 was about 19.1%-23.5%, which is considered a relatively high percentage compared to wood. Similar findings were also determined in a past study [30]. Particleboard made from date palm treated with hot water extraction had lower bending values than those made from unwashed control panels [31].…”

Potential Use of Phoenix canariensis Biomass in Binderless Particleboards at Low Temperature and Pressure

“…The results from these studies are compared in Tables 3 and 4. Using date palm, Saadaoui et al (2013) manufactured particleboards with higher temperatures and pressure, but in shorter time than the present study. In their paper, the panels obtained had higher density and TS, and lower MOR, MOE, and IB than the panels made of P. canariensis, which, in comparison with the present study, indicated that P. canariensis biomass was more suitable for producing binderless particleboards than the date palm.…”

“…Particleboards have been generated using various species of palm trees as the main material such as date palm (Nemli et al 2001;Hegazy and Aref 2010;Amirou et al 2013;Saadaoui et al 2013;Hegazy et al 2015), Washingtonia palm (García-Ortuño et al 2013), and oil palm (Laemsak and Okuma 2000;Hashim et al 2011a;Rasat et al 2011;Suhaly et al 2012;Wad Nadhari et al 2013;Jumhuri et al 2014;Henao et al 2014;Tajuddin et al 2016). The behavior of the particleboard depends on the species of palm tree and the origin of the particles from the trunk or the leaf.…”

Advances in Genetic Manipulation of Lignocellulose to Reduce Biomass Recalcitrance and Enhance Biofuel Production in Bioenergy Crops

“…[126]. Moreover, IL pretreatment could improve lignocellulose enzymatic saccharification in biomass samples with low cellulose CrI and low lignin levels [127][128][129][130], by comparison mild alkali pretreatment in Miscanthus efficiently extracts G-rich lignin for high biomass digestibility [125]. Recently, in Miscanthus stem have presented that two-step pretreatments with 2% NaOH and 1% H 2 SO 4 are optimal for improving biomass digestion in hemicelluloses-rich samples via the efficient co-extraction of hemicelluloses and lignin [131][132][133][134][135].…”