&lt;b&gt;Effect of Heating Temperature on Strength of Rice Straw Bio-&lt;/b&gt;&lt;b&gt;board &lt;/b&gt;

Jin, Zhang; Wang, Xiulun; Kito, Koji

doi:10.5956/jriet.45.377

Cited by 3 publications

(2 citation statements)

References 4 publications

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“…Pretreatment methods which combined steam explosion and grinding was found to be the most effective method for increasing self-bonding. Zhang et al [12] examined the effect of temperature on strength of rice straw bioboard. The study found that the rupture strength increased with increase in temperature.…”

Section: Introductionmentioning

confidence: 99%

An Investigation of the Effects of Manufacturing Parameters On Properties of Binderless Boards Produced from Abura (Mitragyna Ciliata) Sawdust

J. I.,

A. A.,

Y. O.

et al. 2023

IJIE

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The production of particleboards without the use of synthetic binders is desirable to prevent environmental problems. This study has produced experimental binderless boards from untreated sawdust from Abura wood using a laboratory press. Response Surface Methodology using Box-Behnken experimental design was utilized to investigate the influenceof pressing variables (pressure, pressing temperature and pressing time). Density of the bioboards produced wasbetween 523.69 and 738 kg/m3which was comparable tomedium density fibreboards. The maximum values for Internal Bonding Strength (IB), Modulus of Rupture (MOR)andModulus of Elasticity (MOE) were 0.049 MPa,1.1 MPaand100.4 MPa, respectively. It was shown that, for the range of factors studied, pressure and the pressing temperature were the more significant factors in determining the density, MOE and IB. This study showed that the sawdust can potentially be used for the manufactureof binderless boards.

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Section: Introductionmentioning

confidence: 99%

An Investigation of the Effects of Manufacturing Parameters On Properties of Binderless Boards Produced from Abura (Mitragyna Ciliata) Sawdust

J. I.,

A. A.,

Y. O.

et al. 2023

IJIE

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“…The structural strength of fiberboard only relies on the role of lignocellulose, especially cellulose, by means of hydrogen bonding formation. There are several research papers studying the mechanical strength of binderless fiberboard with various biomass and forming conditions, such as rice straw with various drying temperatures (J. Zhang, 2016), corn straw with various pressures (T. Wu, 2015), and so on [5] [6]. However, the study on bagasse as the raw material of fiberboard is relatively still few in number.…”

Section: Introductionmentioning

confidence: 99%

Effect of Drying Temperature on the Mechanical Properties of Binderless Fiberboard from Bagasse: Study of Flexural and Tensile Strength

Luthfi

Wang

Kito

et al. 2020

JIIF

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Sugarcane remains to be one of the largest cash crops in the world. Despite its economic benefits, a large amount of bagasse generated from extraction processing ends up as an environmental issue. The utilization of bagasse as fiberboard is introduced as an alternative waste management. However, nowadays, fiberboard is commonly produced by adding chemical adhesive, such as Urea-formaldehyde resin, which is harmful to living things. The current research was conducted to study and produce environmentally friendly fiberboard by relying only on lignocellulose due to hydrogen bond formation. The methods used consisted of cutting, soaking, refining, concentration determination, and forming with various drying temperatures of 110ºC, 130ºC, 150ºC, 170ºC, and 190ºC. Characterizations of flexural and tensile strength were carried out to investigate the feasibility of fiberboard based on the standard of JIS A 5905 (2003). The calculations show that the increase in drying temperature from 110ºC to 190ºC increased the flexural and tensile fracture stress by 24.12-36.87 MPa and 12.89-19.77 MPa respectively with both maximum values obtained by fiberboard 190ºC. By considering the density and moisture content of fiberboards which ranged from 1.0210-1.0164 g/cm 3 and 6.19-4.19% respectively, the results indicate that only fiberboard 110ºC, 130ºC, and 150ºC meet the standard of JIS A 5905 (2003) for high-density fiberboard (HDF) with type of S20 and S25. HDF has applications for exterior siding, interior wall, paneling, and household furniture.

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Development of Biodegradable Mulching Sheets for Agriculture Using Soybean Residues

WANG

2023

J. Env. cons. Eng Kankyo gijutsu

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<b>Effect of Heating Temperature on Strength of Rice Straw Bio-</b><b>board </b>

Cited by 3 publications

References 4 publications

An Investigation of the Effects of Manufacturing Parameters On Properties of Binderless Boards Produced from Abura (Mitragyna Ciliata) Sawdust

An Investigation of the Effects of Manufacturing Parameters On Properties of Binderless Boards Produced from Abura (Mitragyna Ciliata) Sawdust

Effect of Drying Temperature on the Mechanical Properties of Binderless Fiberboard from Bagasse: Study of Flexural and Tensile Strength

Development of Biodegradable Mulching Sheets for Agriculture Using Soybean Residues

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