CAJ | 학술논문

利用长纤维与造纸污泥混合制作纤维板，以互花米草秸秆、纺织长纤维和废纸浆与造纸污泥混合制浆，经抄纸板机复合热压成型得到工业污泥纤维板材，并分析不同纤维板材的性能差异。结果表明：基于“生物钢筋＋水泥”模型，互花米草秸秆纤维与造纸污泥复合成的纤维板材在硬挺度、耐破度、密度和吸水性能上均具有明显优势。此工艺为综合利用造纸污泥等工业废弃污泥提供了可借鉴的工艺技术，并为综合利用秸秆纤维提供了相关参考。
이용장섬유여조지오니혼합제작섬유판，이호화미초갈간、방직장섬유화폐지장여조지오니혼합제장，경초지판궤복합열압성형득도공업오니섬유판재，병분석불동섬유판재적성능차이。결과표명：기우“생물강근＋수니”모형，호화미초갈간섬유여조지오니복합성적섬유판재재경정도、내파도、밀도화흡수성능상균구유명현우세。차공예위종합이용조지오니등공업폐기오니제공료가차감적공예기술，병위종합이용갈간섬유제공료상관삼고。
The research mainly focused on utilizing long fiber and paper sludge to make fiberboard,raw fiber prepared from straw of Spartina alterniflora, textile fiber and scrap pulp were respectively used to pulpe with paper sludge,and then molded by paper-producing machine followed by hot press treatment to make industrial sludge fiberboard?Analysis of different fiber-board products shows that based on the"bio-reinforced bar plus cement" theory,sludge fiberboard compound by Spartina alterniflora fiber and paper sludge had obvious advantages in stiffness,bursting strength,density,and water absorption properties?The study provides the technical foundation for comprehensive utilization of industrial waste sludge, and a scientific basis for the use of straw biomass materials from S?alterniflora?