Publication result detail

The analysis and mechanical activation of waste dust from processing of cement-bonded particleboards

MELICHAR, T.; VASAS, S.; KŘIŠTOF, M.; KEPÁK, O.; DUFKA, A.; VAIČIUKYNIENĖ, D.; BYDŽOVSKÝ, J.

Original Title

The analysis and mechanical activation of waste dust from processing of cement-bonded particleboards

English Title

The analysis and mechanical activation of waste dust from processing of cement-bonded particleboards

Type

WoS Article

Original Abstract

The article presents research focused on the properties and mechanical activation of waste dust (WDC) generated during the processing of cement-bonded particle boards (CBPs). Six samples of WDC were taken directly from the CBP manufacturer CIDEM Hranice, a.s. during 2024. The properties of WDC samples were analysed with regards to its application in CBP as an active component of cement matrix. The particle size, distribution, specific surface area, density, wood content, loss on ignition, chemical and mineralogical composition, pH, microstructure, etc. were assessed. The WDC samples were then subjected to homogenization and mechanical activation in a planetary mill. The potential of mechanically activated WDC from CBP processing as a partial cement substitute was proved. While the activated WDC in an amount of 20% showed a 32% decrease in compressive strength, an 19% increase in flexural strength was also observed. As part of follow-up research, the activation process will be optimized by increasing the intensity and duration of grinding.

English abstract

The article presents research focused on the properties and mechanical activation of waste dust (WDC) generated during the processing of cement-bonded particle boards (CBPs). Six samples of WDC were taken directly from the CBP manufacturer CIDEM Hranice, a.s. during 2024. The properties of WDC samples were analysed with regards to its application in CBP as an active component of cement matrix. The particle size, distribution, specific surface area, density, wood content, loss on ignition, chemical and mineralogical composition, pH, microstructure, etc. were assessed. The WDC samples were then subjected to homogenization and mechanical activation in a planetary mill. The potential of mechanically activated WDC from CBP processing as a partial cement substitute was proved. While the activated WDC in an amount of 20% showed a 32% decrease in compressive strength, an 19% increase in flexural strength was also observed. As part of follow-up research, the activation process will be optimized by increasing the intensity and duration of grinding.

Keywords

Waste dust; cement-bonded particleboard; analysis; mechanical activation; microstructure.

Key words in English

Waste dust; cement-bonded particleboard; analysis; mechanical activation; microstructure.

Authors

MELICHAR, T.; VASAS, S.; KŘIŠTOF, M.; KEPÁK, O.; DUFKA, A.; VAIČIUKYNIENĖ, D.; BYDŽOVSKÝ, J.

RIV year

2026

Released

19.12.2025

Periodical

Wood research

Volume

70

Number

4

State

Slovak Republic

Pages from

693

Pages to

707

Pages count

15

URL

https://www.woodresearch.sk/cms/the-analysis-and-mechanical-activation-of-waste-dust-from-processing-of-cement-bonded-particleboards/

BibTex

@article{BUT200407,
  author="Tomáš {Melichar} and Silvestr {Vasas} and Michal {Křištof} and  {} and Ondřej {Kepák} and Amos {Dufka} and Danute {Vaičiukynienė} and  {} and Jiří {Bydžovský}",
  title="The analysis and mechanical activation of waste dust from processing of cement-bonded particleboards",
  journal="Wood research",
  year="2025",
  volume="70",
  number="4",
  pages="693--707",
  doi="10.37763/wr.1336-4561/70.4.693707",
  issn="1336-4561",
  url="https://www.woodresearch.sk/cms/the-analysis-and-mechanical-activation-of-waste-dust-from-processing-of-cement-bonded-particleboards/"
}