3986402
Utilization of biomass and industrial waste on 3D printing applications | Poster Board #603
Date
March 17, 2024
Explore related products in the following collection:
Recent advancements in 3D printing technologies offer a promising manufacturing strategy by minimizing waste production, conserving energy, and enabling the creation of vast and intricate structures. Nowadays, there has been a growing focus on exploring the utilization of lignocellulosic biomass in 3D printing to address the limitations associated with petroleum-based materials including resource scarcity and negative impacts on the environment. Biomass and its components like cellulose and lignin have been utilized in various 3D printing technologies. However, the utilization of biomass and its derivates in 3D printing applications is still in the early stage, and only a few biomass feedstocks have been considered.
In our studies, we utilized different biomass, biomass components, and industrial waste for value-added 3D printing applications and studied the effect of different biomass components on the performance of biocomposites. The effect of biomass species and extractives contents, biomass component, and ash content on the performance of biocomposites were investigated comprehensively. In addition, industrial waste - hemp waste and paper waste used as filler for 3D printed parts manufacturing were successfully fabricated.
In our studies, we utilized different biomass, biomass components, and industrial waste for value-added 3D printing applications and studied the effect of different biomass components on the performance of biocomposites. The effect of biomass species and extractives contents, biomass component, and ash content on the performance of biocomposites were investigated comprehensively. In addition, industrial waste - hemp waste and paper waste used as filler for 3D printed parts manufacturing were successfully fabricated.
Presenter
Speakers
Hanyang University
State Univ. of New York – College of Environmental Science & Forestry (SUNY ESF)
Inst Paper SCI Techlgy
State University of New York College of Environmental Science and Forestry
Related Products
Cellulose nanofiber aerogels with robust mechanical properties for thermal insulation applications
Aerogels are solid-state formations characterized by their high porosity and low density, exhibiting a range of features, including high absorption activity, low dielectric constant, strong sound absorption, and low thermal conductivity…
Structure design and characterization of pomegranate like silicon–carbon composites prepared from lignin-derived phenolic resins as anode materials for lithium-ion batteries
Silicon-based materials are considered to be potential anode materials for Li-ion batteries due to their high electrochemical capacity, but their high volume change during charging and discharging, bad cycle life and low first Coulombic efficiency are the major problems that prevent their commercia…
Additive engineering in wide band gap perovskite for constructing stable and efficient solar cells
The newly emerging mixed halides perovskite solar cells (PSCs) have the advantage of low-temperature and solution-processable nature, which is the key demand of the lightweight and flexible photovoltaic industry…
Leveraging glycerol-derived solvents for low-pressure reductive catalytic fractionation of softwood lignins into value-added aromatic monomers | Poster Board #815
Lignins, which make up a significant portion (15-30 wt%) of lignocellulosic biomass, consist of the most natural source of phenolic compounds. Chemical deconstruction of lignins into smaller molecules has the potential to yield compounds of societal importance…
